FhSim  3.1.0
Marine systems simulation
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Validation: Rudi 1988 and Løland 1991 (L5, L6)

Table of Contents

Rudi et al. (1988) towed panels as KF2012 Fig. 5 plots them (angle dependence, L5), and Løland's (1991) fit to them, KF2012 Eq. 4 (L6, asserted at the inter-dataset spread).

Known misfit, disclosed by owner decision (2026-09-27; lift revised by the ruling of 2026-10-13, MARE-0110). The default law LocalThroughFlow takes its lift from the MF2022 Eq. 10 lift-to-drag ratio and agrees with MF2022 at 0° and 45°, but its two-harmonic KF2012 Eq. 14 angle form misfits the angle dependence of Rudi, Løland and Zhan at 60–80°; no choice of a3 and b4 fixes it (L9), and its replacement is MARE-0131 (fhsim_marine_elements). 10 load-law tests fail and stay DISABLED_, each with its reason in 11.4 The default law's lift and angle form against the data (MARE-0110, MARE-0131); nothing is tuned to pass them.

Generated 2026-10-13 from commit 063a04d 2026-10-13; tests run 2026-10-13T11:04:54.092.

Tests

Status from the gtest XML of the last run. A DISABLED_ test fails against the current laws; its numbers are in the tables below, and it stays disabled until the owner decides the issue.

Test Source Status Issues Owner question
PanelLoadLaw_Loland.DISABLED_L6_DragAtNormalIncidence_LocalThroughFlow PanelLoadLaw_Loland_Test.cpp:119 DISABLED (fails when run) MARE-0093 (fhsim_marine_elements, resolved), MARE-0110 (fhsim_marine_elements), MARE-0131 (fhsim_marine_elements) –
PanelLoadLaw_Loland.DISABLED_L6_LiftCoefficient_LocalThroughFlow PanelLoadLaw_Loland_Test.cpp:132 DISABLED (fails when run) MARE-0110 (fhsim_marine_elements), MARE-0131 (fhsim_marine_elements) –
PanelLoadLaw_Loland.WritesReport PanelLoadLaw_Loland_Test.cpp:137 passed – –
PanelLoadLaw_Rudi.DISABLED_L5_DragAngleDependence_LocalThroughFlow PanelLoadLaw_Rudi_Test.cpp:35 DISABLED (fails when run) MARE-0093 (fhsim_marine_elements, resolved), MARE-0110 (fhsim_marine_elements), MARE-0131 (fhsim_marine_elements) –
PanelLoadLaw_Rudi.DISABLED_L5_LiftAngleDependence_LocalThroughFlow PanelLoadLaw_Rudi_Test.cpp:46 DISABLED (fails when run) MARE-0093 (fhsim_marine_elements, resolved), MARE-0110 (fhsim_marine_elements), MARE-0131 (fhsim_marine_elements) –
PanelLoadLaw_Rudi.WritesReport PanelLoadLaw_Rudi_Test.cpp:51 passed – –

PanelLoadLaw Rudi report

tests/out/PanelLoadLaw_Rudi_report.txt, as the test wrote it.

PanelLoadLaw Rudi report (plan L5, MARE-0093). Rudi et al. 1988 via KF2012 Fig. 5.

Conventions: error = model/measured - 1 (in %) for loads and coefficients, model - measured for ratios and localCd; ratio = measured/model; margin = tolerance - |error| (negative = fails).

Readings: ratios normalised on the same net and speed, averaged over the speeds 0.159, 0.316, 0.966 m/s of the notes; nominal twine 1.0 mm, rho 1000, nu 1.0e-06 (they do not affect the ratios of LocalThroughFlow). Absolute errors.

L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails)

DISABLED test; 24 rows, 6 of 24 outside the tolerance.

Chart: L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails); L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported); L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported).

Model minus measurement per case with the tolerance band L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails) L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported) L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported) L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported) L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported) tolerance ±0.08 -0.2 -0.1 0 0.1 model − measured; shaded: tolerance Sn 0.130 CD( 0)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.130 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.130 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.130 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 Sn 0.130 CD(30)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.130 CD(30)/CD(0): measured 0.845, model 0.8054, error -0.040, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.130 CD(30)/CD(0): measured 0.845, model 0.866, error 0.021, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.130 CD(30)/CD(0): measured 0.845, model 0.7514, error -0.094, tolerance ±0.08 Sn 0.130 CD(45)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.130 CD(45)/CD(0): measured 0.655, model 0.6081, error -0.047, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.130 CD(45)/CD(0): measured 0.655, model 0.7071, error 0.052, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.130 CD(45)/CD(0): measured 0.655, model 0.52, error -0.135, tolerance ±0.08 Sn 0.130 CD(60)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.130 CD(60)/CD(0): measured 0.483, model 0.395, error -0.088, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.130 CD(60)/CD(0): measured 0.483, model 0.5, error 0.017, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.130 CD(60)/CD(0): measured 0.483, model 0.3015, error -0.181, tolerance ±0.08 Sn 0.130 CD(80)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.130 CD(80)/CD(0): measured 0.276, model 0.1265, error -0.150, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.130 CD(80)/CD(0): measured 0.276, model 0.1736, error -0.102, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.130 CD(80)/CD(0): measured 0.276, model 0.08451, error -0.191, tolerance ±0.08 Sn 0.130 CD(90)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.130 CD(90)/CD(0): measured 0, model 4.409e-17, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.130 CD(90)/CD(0): measured 0, model 6.123e-17, error 0.000, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.130 CD(90)/CD(0): measured 0, model 2.882e-17, error 0.000, tolerance ±0.08 Sn 0.144 CD( 0)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.144 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.144 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.144 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 Sn 0.144 CD(30)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.144 CD(30)/CD(0): measured 0.778, model 0.8054, error 0.027, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.144 CD(30)/CD(0): measured 0.778, model 0.866, error 0.088, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.144 CD(30)/CD(0): measured 0.778, model 0.7742, error -0.004, tolerance ±0.08 Sn 0.144 CD(45)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.144 CD(45)/CD(0): measured 0.635, model 0.6081, error -0.027, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.144 CD(45)/CD(0): measured 0.635, model 0.7071, error 0.072, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.144 CD(45)/CD(0): measured 0.635, model 0.5571, error -0.078, tolerance ±0.08 Sn 0.144 CD(60)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.144 CD(60)/CD(0): measured 0.492, model 0.395, error -0.097, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.144 CD(60)/CD(0): measured 0.492, model 0.5, error 0.008, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.144 CD(60)/CD(0): measured 0.492, model 0.3409, error -0.151, tolerance ±0.08 Sn 0.144 CD(80)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.144 CD(80)/CD(0): measured 0.238, model 0.1265, error -0.112, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.144 CD(80)/CD(0): measured 0.238, model 0.1736, error -0.064, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.144 CD(80)/CD(0): measured 0.238, model 0.1022, error -0.136, tolerance ±0.08 Sn 0.144 CD(90)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.144 CD(90)/CD(0): measured 0.032, model 4.409e-17, error -0.032, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.144 CD(90)/CD(0): measured 0.032, model 6.123e-17, error -0.032, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.144 CD(90)/CD(0): measured 0.032, model 3.526e-17, error -0.032, tolerance ±0.08 Sn 0.184 CD( 0)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.184 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.184 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.184 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 Sn 0.184 CD(30)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.184 CD(30)/CD(0): measured 0.736, model 0.8054, error 0.069, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.184 CD(30)/CD(0): measured 0.736, model 0.866, error 0.130, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.184 CD(30)/CD(0): measured 0.736, model 0.8046, error 0.069, tolerance ±0.08 Sn 0.184 CD(45)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.184 CD(45)/CD(0): measured 0.626, model 0.6081, error -0.018, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.184 CD(45)/CD(0): measured 0.626, model 0.7071, error 0.081, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.184 CD(45)/CD(0): measured 0.626, model 0.6068, error -0.019, tolerance ±0.08 Sn 0.184 CD(60)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.184 CD(60)/CD(0): measured 0.549, model 0.395, error -0.154, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.184 CD(60)/CD(0): measured 0.549, model 0.5, error -0.049, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.184 CD(60)/CD(0): measured 0.549, model 0.3936, error -0.155, tolerance ±0.08 Sn 0.184 CD(80)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.184 CD(80)/CD(0): measured 0.231, model 0.1265, error -0.105, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.184 CD(80)/CD(0): measured 0.231, model 0.1736, error -0.057, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.184 CD(80)/CD(0): measured 0.231, model 0.1259, error -0.105, tolerance ±0.08 Sn 0.184 CD(90)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.184 CD(90)/CD(0): measured 0.011, model 4.409e-17, error -0.011, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.184 CD(90)/CD(0): measured 0.011, model 6.123e-17, error -0.011, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.184 CD(90)/CD(0): measured 0.011, model 4.386e-17, error -0.011, tolerance ±0.08 Sn 0.317 CD( 0)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.317 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.317 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.317 CD( 0)/CD(0): measured 1, model 1, error 0.000, tolerance ±0.08 Sn 0.317 CD(30)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.317 CD(30)/CD(0): measured 0.792, model 0.8054, error 0.013, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.317 CD(30)/CD(0): measured 0.792, model 0.866, error 0.074, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.317 CD(30)/CD(0): measured 0.792, model 0.8014, error 0.009, tolerance ±0.08 Sn 0.317 CD(45)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.317 CD(45)/CD(0): measured 0.575, model 0.6081, error 0.033, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.317 CD(45)/CD(0): measured 0.575, model 0.7071, error 0.132, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.317 CD(45)/CD(0): measured 0.575, model 0.6016, error 0.027, tolerance ±0.08 Sn 0.317 CD(60)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.317 CD(60)/CD(0): measured 0.389, model 0.395, error 0.006, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.317 CD(60)/CD(0): measured 0.389, model 0.5, error 0.111, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.317 CD(60)/CD(0): measured 0.389, model 0.3881, error -0.001, tolerance ±0.08 Sn 0.317 CD(80)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.317 CD(80)/CD(0): measured 0.131, model 0.1265, error -0.005, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.317 CD(80)/CD(0): measured 0.131, model 0.1736, error 0.043, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.317 CD(80)/CD(0): measured 0.131, model 0.1234, error -0.008, tolerance ±0.08 Sn 0.317 CD(90)/CD(0) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_D(theta)/C_D(0) (DISABLED_, fails): Sn 0.317 CD(90)/CD(0): measured 0.023, model 4.409e-17, error -0.023, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported): Sn 0.317 CD(90)/CD(0): measured 0.023, model 6.123e-17, error -0.023, tolerance ±0.08 L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported): Sn 0.317 CD(90)/CD(0): measured 0.023, model 4.295e-17, error -0.023, tolerance ±0.08

Case Measured Model Error Tolerance Margin Result
Sn 0.130 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.130 CD(30)/CD(0) 0.845 0.8054 -0.04 ±0.08 0.04 within
Sn 0.130 CD(45)/CD(0) 0.655 0.6081 -0.047 ±0.08 0.033 within
Sn 0.130 CD(60)/CD(0) 0.483 0.395 -0.088 ±0.08 -0.008 outside
Sn 0.130 CD(80)/CD(0) 0.276 0.1265 -0.15 ±0.08 -0.07 outside
Sn 0.130 CD(90)/CD(0) 0 4.409e-17 0 ±0.08 0.08 within
Sn 0.144 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.144 CD(30)/CD(0) 0.778 0.8054 0.027 ±0.08 0.053 within
Sn 0.144 CD(45)/CD(0) 0.635 0.6081 -0.027 ±0.08 0.053 within
Sn 0.144 CD(60)/CD(0) 0.492 0.395 -0.097 ±0.08 -0.017 outside
Sn 0.144 CD(80)/CD(0) 0.238 0.1265 -0.112 ±0.08 -0.032 outside
Sn 0.144 CD(90)/CD(0) 0.032 4.409e-17 -0.032 ±0.08 0.048 within
Sn 0.184 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.184 CD(30)/CD(0) 0.736 0.8054 0.069 ±0.08 0.011 within
Sn 0.184 CD(45)/CD(0) 0.626 0.6081 -0.018 ±0.08 0.062 within
Sn 0.184 CD(60)/CD(0) 0.549 0.395 -0.154 ±0.08 -0.074 outside
Sn 0.184 CD(80)/CD(0) 0.231 0.1265 -0.105 ±0.08 -0.025 outside
Sn 0.184 CD(90)/CD(0) 0.011 4.409e-17 -0.011 ±0.08 0.069 within
Sn 0.317 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.317 CD(30)/CD(0) 0.792 0.8054 0.013 ±0.08 0.067 within
Sn 0.317 CD(45)/CD(0) 0.575 0.6081 0.033 ±0.08 0.047 within
Sn 0.317 CD(60)/CD(0) 0.389 0.395 0.006 ±0.08 0.074 within
Sn 0.317 CD(80)/CD(0) 0.131 0.1265 -0.005 ±0.08 0.075 within
Sn 0.317 CD(90)/CD(0) 0.023 4.409e-17 -0.023 ±0.08 0.057 within

L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails)

DISABLED test; 24 rows, 5 of 24 outside the tolerance.

Chart: L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails); L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported).

Model minus measurement per case with the tolerance band L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails) L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported) L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported) tolerance ±0.08 -0.2 0 model − measured; shaded: tolerance Sn 0.130 CL( 0)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.130 CL( 0)/CL(45): measured 0, model 0, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.130 CL( 0)/CL(45): measured 0, model 0, error 0.000, tolerance ±0.08 Sn 0.130 CL(30)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.130 CL(30)/CL(45): measured 1, model 0.9526, error -0.047, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.130 CL(30)/CL(45): measured 1, model 0.866, error -0.134, tolerance ±0.08 Sn 0.130 CL(45)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.130 CL(45)/CL(45): measured 1, model 1, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.130 CL(45)/CL(45): measured 1, model 1, error 0.000, tolerance ±0.08 Sn 0.130 CL(60)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.130 CL(60)/CL(45): measured 0.909, model 0.7794, error -0.130, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.130 CL(60)/CL(45): measured 0.909, model 0.866, error -0.043, tolerance ±0.08 Sn 0.130 CL(80)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.130 CL(80)/CL(45): measured 0.455, model 0.2777, error -0.177, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.130 CL(80)/CL(45): measured 0.455, model 0.342, error -0.113, tolerance ±0.08 Sn 0.130 CL(90)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.130 CL(90)/CL(45): measured 0, model 9.797e-17, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.130 CL(90)/CL(45): measured 0, model 1.225e-16, error 0.000, tolerance ±0.08 Sn 0.144 CL( 0)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.144 CL( 0)/CL(45): measured 0, model 0, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.144 CL( 0)/CL(45): measured 0, model 0, error 0.000, tolerance ±0.08 Sn 0.144 CL(30)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.144 CL(30)/CL(45): measured 1.091, model 0.9526, error -0.138, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.144 CL(30)/CL(45): measured 1.091, model 0.866, error -0.225, tolerance ±0.08 Sn 0.144 CL(45)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.144 CL(45)/CL(45): measured 1, model 1, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.144 CL(45)/CL(45): measured 1, model 1, error 0.000, tolerance ±0.08 Sn 0.144 CL(60)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.144 CL(60)/CL(45): measured 0.909, model 0.7794, error -0.130, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.144 CL(60)/CL(45): measured 0.909, model 0.866, error -0.043, tolerance ±0.08 Sn 0.144 CL(80)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.144 CL(80)/CL(45): measured 0.636, model 0.2777, error -0.358, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.144 CL(80)/CL(45): measured 0.636, model 0.342, error -0.294, tolerance ±0.08 Sn 0.144 CL(90)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.144 CL(90)/CL(45): measured 0, model 9.797e-17, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.144 CL(90)/CL(45): measured 0, model 1.225e-16, error 0.000, tolerance ±0.08 Sn 0.184 CL( 0)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.184 CL( 0)/CL(45): measured 0, model 0, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.184 CL( 0)/CL(45): measured 0, model 0, error 0.000, tolerance ±0.08 Sn 0.184 CL(30)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.184 CL(30)/CL(45): measured 1, model 0.9526, error -0.047, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.184 CL(30)/CL(45): measured 1, model 0.866, error -0.134, tolerance ±0.08 Sn 0.184 CL(45)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.184 CL(45)/CL(45): measured 1, model 1, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.184 CL(45)/CL(45): measured 1, model 1, error 0.000, tolerance ±0.08 Sn 0.184 CL(60)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.184 CL(60)/CL(45): measured 0.8, model 0.7794, error -0.021, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.184 CL(60)/CL(45): measured 0.8, model 0.866, error 0.066, tolerance ±0.08 Sn 0.184 CL(80)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.184 CL(80)/CL(45): measured 0.35, model 0.2777, error -0.072, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.184 CL(80)/CL(45): measured 0.35, model 0.342, error -0.008, tolerance ±0.08 Sn 0.184 CL(90)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.184 CL(90)/CL(45): measured 0, model 9.797e-17, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.184 CL(90)/CL(45): measured 0, model 1.225e-16, error 0.000, tolerance ±0.08 Sn 0.317 CL( 0)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.317 CL( 0)/CL(45): measured 0, model 0, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.317 CL( 0)/CL(45): measured 0, model 0, error 0.000, tolerance ±0.08 Sn 0.317 CL(30)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.317 CL(30)/CL(45): measured 1.019, model 0.9526, error -0.066, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.317 CL(30)/CL(45): measured 1.019, model 0.866, error -0.153, tolerance ±0.08 Sn 0.317 CL(45)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.317 CL(45)/CL(45): measured 1, model 1, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.317 CL(45)/CL(45): measured 1, model 1, error 0.000, tolerance ±0.08 Sn 0.317 CL(60)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.317 CL(60)/CL(45): measured 0.769, model 0.7794, error 0.010, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.317 CL(60)/CL(45): measured 0.769, model 0.866, error 0.097, tolerance ±0.08 Sn 0.317 CL(80)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.317 CL(80)/CL(45): measured 0.308, model 0.2777, error -0.030, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.317 CL(80)/CL(45): measured 0.308, model 0.342, error 0.034, tolerance ±0.08 Sn 0.317 CL(90)/CL(45) L5 LocalThroughFlow (a3 0.07, b4 0.10), C_L(theta)/C_L(45) (DISABLED_, fails): Sn 0.317 CL(90)/CL(45): measured 0, model 9.797e-17, error 0.000, tolerance ±0.08 L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported): Sn 0.317 CL(90)/CL(45): measured 0, model 1.225e-16, error 0.000, tolerance ±0.08

Case Measured Model Error Tolerance Margin Result
Sn 0.130 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.130 CL(30)/CL(45) 1 0.9526 -0.047 ±0.08 0.033 within
Sn 0.130 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.130 CL(60)/CL(45) 0.909 0.7794 -0.13 ±0.08 -0.05 outside
Sn 0.130 CL(80)/CL(45) 0.455 0.2777 -0.177 ±0.08 -0.097 outside
Sn 0.130 CL(90)/CL(45) 0 9.797e-17 0 ±0.08 0.08 within
Sn 0.144 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.144 CL(30)/CL(45) 1.091 0.9526 -0.138 ±0.08 -0.058 outside
Sn 0.144 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.144 CL(60)/CL(45) 0.909 0.7794 -0.13 ±0.08 -0.05 outside
Sn 0.144 CL(80)/CL(45) 0.636 0.2777 -0.358 ±0.08 -0.278 outside
Sn 0.144 CL(90)/CL(45) 0 9.797e-17 0 ±0.08 0.08 within
Sn 0.184 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.184 CL(30)/CL(45) 1 0.9526 -0.047 ±0.08 0.033 within
Sn 0.184 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.184 CL(60)/CL(45) 0.8 0.7794 -0.021 ±0.08 0.059 within
Sn 0.184 CL(80)/CL(45) 0.35 0.2777 -0.072 ±0.08 0.008 within
Sn 0.184 CL(90)/CL(45) 0 9.797e-17 0 ±0.08 0.08 within
Sn 0.317 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.317 CL(30)/CL(45) 1.019 0.9526 -0.066 ±0.08 0.014 within
Sn 0.317 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.317 CL(60)/CL(45) 0.769 0.7794 0.01 ±0.08 0.07 within
Sn 0.317 CL(80)/CL(45) 0.308 0.2777 -0.03 ±0.08 0.05 within
Sn 0.317 CL(90)/CL(45) 0 9.797e-17 0 ±0.08 0.08 within

L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_D ratio (reported)

reported; 24 rows, 6 of 24 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.130 CD(30)/CD(0) 0.845 0.866 0.021 ±0.08 0.059 within
Sn 0.130 CD(45)/CD(0) 0.655 0.7071 0.052 ±0.08 0.028 within
Sn 0.130 CD(60)/CD(0) 0.483 0.5 0.017 ±0.08 0.063 within
Sn 0.130 CD(80)/CD(0) 0.276 0.1736 -0.102 ±0.08 -0.022 outside
Sn 0.130 CD(90)/CD(0) 0 6.123e-17 0 ±0.08 0.08 within
Sn 0.144 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.144 CD(30)/CD(0) 0.778 0.866 0.088 ±0.08 -0.008 outside
Sn 0.144 CD(45)/CD(0) 0.635 0.7071 0.072 ±0.08 0.008 within
Sn 0.144 CD(60)/CD(0) 0.492 0.5 0.008 ±0.08 0.072 within
Sn 0.144 CD(80)/CD(0) 0.238 0.1736 -0.064 ±0.08 0.016 within
Sn 0.144 CD(90)/CD(0) 0.032 6.123e-17 -0.032 ±0.08 0.048 within
Sn 0.184 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.184 CD(30)/CD(0) 0.736 0.866 0.13 ±0.08 -0.05 outside
Sn 0.184 CD(45)/CD(0) 0.626 0.7071 0.081 ±0.08 -0.001 outside
Sn 0.184 CD(60)/CD(0) 0.549 0.5 -0.049 ±0.08 0.031 within
Sn 0.184 CD(80)/CD(0) 0.231 0.1736 -0.057 ±0.08 0.023 within
Sn 0.184 CD(90)/CD(0) 0.011 6.123e-17 -0.011 ±0.08 0.069 within
Sn 0.317 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.317 CD(30)/CD(0) 0.792 0.866 0.074 ±0.08 0.006 within
Sn 0.317 CD(45)/CD(0) 0.575 0.7071 0.132 ±0.08 -0.052 outside
Sn 0.317 CD(60)/CD(0) 0.389 0.5 0.111 ±0.08 -0.031 outside
Sn 0.317 CD(80)/CD(0) 0.131 0.1736 0.043 ±0.08 0.037 within
Sn 0.317 CD(90)/CD(0) 0.023 6.123e-17 -0.023 ±0.08 0.057 within

L5 LocalThroughFlow with a3 = 0, b4 = 0 (first harmonics only), C_L ratio (reported)

reported; 24 rows, 7 of 24 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.130 CL(30)/CL(45) 1 0.866 -0.134 ±0.08 -0.054 outside
Sn 0.130 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.130 CL(60)/CL(45) 0.909 0.866 -0.043 ±0.08 0.037 within
Sn 0.130 CL(80)/CL(45) 0.455 0.342 -0.113 ±0.08 -0.033 outside
Sn 0.130 CL(90)/CL(45) 0 1.225e-16 0 ±0.08 0.08 within
Sn 0.144 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.144 CL(30)/CL(45) 1.091 0.866 -0.225 ±0.08 -0.145 outside
Sn 0.144 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.144 CL(60)/CL(45) 0.909 0.866 -0.043 ±0.08 0.037 within
Sn 0.144 CL(80)/CL(45) 0.636 0.342 -0.294 ±0.08 -0.214 outside
Sn 0.144 CL(90)/CL(45) 0 1.225e-16 0 ±0.08 0.08 within
Sn 0.184 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.184 CL(30)/CL(45) 1 0.866 -0.134 ±0.08 -0.054 outside
Sn 0.184 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.184 CL(60)/CL(45) 0.8 0.866 0.066 ±0.08 0.014 within
Sn 0.184 CL(80)/CL(45) 0.35 0.342 -0.008 ±0.08 0.072 within
Sn 0.184 CL(90)/CL(45) 0 1.225e-16 0 ±0.08 0.08 within
Sn 0.317 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.317 CL(30)/CL(45) 1.019 0.866 -0.153 ±0.08 -0.073 outside
Sn 0.317 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.317 CL(60)/CL(45) 0.769 0.866 0.097 ±0.08 -0.017 outside
Sn 0.317 CL(80)/CL(45) 0.308 0.342 0.034 ±0.08 0.046 within
Sn 0.317 CL(90)/CL(45) 0 1.225e-16 0 ±0.08 0.08 within

L5 ScreenMF2022 (a3 fitted per Sn, b4 0; Sn 0.130/0.144 outside Eq. 10 range), C_D ratio (reported)

reported; 24 rows, 8 of 24 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.130 CD(30)/CD(0) 0.845 0.7514 -0.094 ±0.08 -0.014 outside
Sn 0.130 CD(45)/CD(0) 0.655 0.52 -0.135 ±0.08 -0.055 outside
Sn 0.130 CD(60)/CD(0) 0.483 0.3015 -0.181 ±0.08 -0.101 outside
Sn 0.130 CD(80)/CD(0) 0.276 0.08451 -0.191 ±0.08 -0.111 outside
Sn 0.130 CD(90)/CD(0) 0 2.882e-17 0 ±0.08 0.08 within
Sn 0.144 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.144 CD(30)/CD(0) 0.778 0.7742 -0.004 ±0.08 0.076 within
Sn 0.144 CD(45)/CD(0) 0.635 0.5571 -0.078 ±0.08 0.002 within
Sn 0.144 CD(60)/CD(0) 0.492 0.3409 -0.151 ±0.08 -0.071 outside
Sn 0.144 CD(80)/CD(0) 0.238 0.1022 -0.136 ±0.08 -0.056 outside
Sn 0.144 CD(90)/CD(0) 0.032 3.526e-17 -0.032 ±0.08 0.048 within
Sn 0.184 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.184 CD(30)/CD(0) 0.736 0.8046 0.069 ±0.08 0.011 within
Sn 0.184 CD(45)/CD(0) 0.626 0.6068 -0.019 ±0.08 0.061 within
Sn 0.184 CD(60)/CD(0) 0.549 0.3936 -0.155 ±0.08 -0.075 outside
Sn 0.184 CD(80)/CD(0) 0.231 0.1259 -0.105 ±0.08 -0.025 outside
Sn 0.184 CD(90)/CD(0) 0.011 4.386e-17 -0.011 ±0.08 0.069 within
Sn 0.317 CD( 0)/CD(0) 1 1 0 ±0.08 0.08 within
Sn 0.317 CD(30)/CD(0) 0.792 0.8014 0.009 ±0.08 0.071 within
Sn 0.317 CD(45)/CD(0) 0.575 0.6016 0.027 ±0.08 0.053 within
Sn 0.317 CD(60)/CD(0) 0.389 0.3881 -0.001 ±0.08 0.079 within
Sn 0.317 CD(80)/CD(0) 0.131 0.1234 -0.008 ±0.08 0.072 within
Sn 0.317 CD(90)/CD(0) 0.023 4.295e-17 -0.023 ±0.08 0.057 within

L5 ScreenMF2022, C_L ratio (reported)

reported; 24 rows, 7 of 24 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.130 CL(30)/CL(45) 1 0.866 -0.134 ±0.08 -0.054 outside
Sn 0.130 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.130 CL(60)/CL(45) 0.909 0.866 -0.043 ±0.08 0.037 within
Sn 0.130 CL(80)/CL(45) 0.455 0.342 -0.113 ±0.08 -0.033 outside
Sn 0.130 CL(90)/CL(45) 0 1.225e-16 0 ±0.08 0.08 within
Sn 0.144 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.144 CL(30)/CL(45) 1.091 0.866 -0.225 ±0.08 -0.145 outside
Sn 0.144 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.144 CL(60)/CL(45) 0.909 0.866 -0.043 ±0.08 0.037 within
Sn 0.144 CL(80)/CL(45) 0.636 0.342 -0.294 ±0.08 -0.214 outside
Sn 0.144 CL(90)/CL(45) 0 1.225e-16 0 ±0.08 0.08 within
Sn 0.184 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.184 CL(30)/CL(45) 1 0.866 -0.134 ±0.08 -0.054 outside
Sn 0.184 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.184 CL(60)/CL(45) 0.8 0.866 0.066 ±0.08 0.014 within
Sn 0.184 CL(80)/CL(45) 0.35 0.342 -0.008 ±0.08 0.072 within
Sn 0.184 CL(90)/CL(45) 0 1.225e-16 0 ±0.08 0.08 within
Sn 0.317 CL( 0)/CL(45) 0 0 0 ±0.08 0.08 within
Sn 0.317 CL(30)/CL(45) 1.019 0.866 -0.153 ±0.08 -0.073 outside
Sn 0.317 CL(45)/CL(45) 1 1 0 ±0.08 0.08 within
Sn 0.317 CL(60)/CL(45) 0.769 0.866 0.097 ±0.08 -0.017 outside
Sn 0.317 CL(80)/CL(45) 0.308 0.342 0.034 ±0.08 0.046 within
Sn 0.317 CL(90)/CL(45) 0 1.225e-16 0 ±0.08 0.08 within

PanelLoadLaw Loland report

tests/out/PanelLoadLaw_Loland_report.txt, as the test wrote it.

PanelLoadLaw Loland report (plan L6, MARE-0093). Loland 1991 via KF2012 Eq. 4.

Conventions: error = model/measured - 1 (in %) for loads and coefficients, model - measured for ratios and localCd; ratio = measured/model; margin = tolerance - |error| (negative = fails).

Readings: Re = U d / (nu (1 - Sn)) (KF2012 Eq. 11, free stream) in {500, 1000, 2000, 5000, 10000}; nominal d 1.0 mm, rho 1000, nu 1.0e-06; Sn = K x Loland Sn. Asserted: K = 1, induction on, +-25 % (plan table). The plan text's +-20 % spread is shown as a second margin table.

L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %

20 rows, 1 of 20 outside the tolerance.

Chart: L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %; L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %; L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %; L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %.

Model minus measurement per case with the tolerance band L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 % tolerance ±25 % -20 0 20 40 model / measured − 1 [%]; shaded: tolerance Sn 0.130 Re 500 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.130 Re 500 CD( 0): measured 0.1427, model 0.1775, error 24.355 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.130 Re 500 CD( 0): measured 0.1427, model 0.2087, error 46.254 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.130 Re 500 CD( 0): measured 0.1427, model 0.1851, error 29.706 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.130 Re 500 CD( 0): measured 0.1427, model 0.2218, error 55.426 %, tolerance ±25 % Sn 0.130 Re 1000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.130 Re 1000 CD( 0): measured 0.1427, model 0.1547, error 8.400 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.130 Re 1000 CD( 0): measured 0.1427, model 0.182, error 27.525 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.130 Re 1000 CD( 0): measured 0.1427, model 0.1614, error 13.121 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.130 Re 1000 CD( 0): measured 0.1427, model 0.1936, error 35.644 %, tolerance ±25 % Sn 0.130 Re 2000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.130 Re 2000 CD( 0): measured 0.1427, model 0.1452, error 1.730 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.130 Re 2000 CD( 0): measured 0.1427, model 0.1712, error 19.979 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.130 Re 2000 CD( 0): measured 0.1427, model 0.1521, error 6.612 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.130 Re 2000 CD( 0): measured 0.1427, model 0.1832, error 28.410 %, tolerance ±25 % Sn 0.130 Re 5000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.130 Re 5000 CD( 0): measured 0.1427, model 0.1585, error 11.096 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.130 Re 5000 CD( 0): measured 0.1427, model 0.1873, error 31.235 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.130 Re 5000 CD( 0): measured 0.1427, model 0.1666, error 16.738 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.130 Re 5000 CD( 0): measured 0.1427, model 0.2012, error 40.965 %, tolerance ±25 % Sn 0.130 Re 10000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.130 Re 10000 CD( 0): measured 0.1427, model 0.1672, error 17.185 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.130 Re 10000 CD( 0): measured 0.1427, model 0.1973, error 38.237 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.130 Re 10000 CD( 0): measured 0.1427, model 0.1753, error 22.851 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.130 Re 10000 CD( 0): measured 0.1427, model 0.2111, error 47.910 %, tolerance ±25 % Sn 0.144 Re 500 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.144 Re 500 CD( 0): measured 0.1686, model 0.199, error 18.063 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.144 Re 500 CD( 0): measured 0.1686, model 0.2345, error 39.146 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.144 Re 500 CD( 0): measured 0.1686, model 0.2102, error 24.705 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.144 Re 500 CD( 0): measured 0.1686, model 0.253, error 50.072 %, tolerance ±25 % Sn 0.144 Re 1000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.144 Re 1000 CD( 0): measured 0.1686, model 0.1735, error 2.902 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.144 Re 1000 CD( 0): measured 0.1686, model 0.2045, error 21.314 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.144 Re 1000 CD( 0): measured 0.1686, model 0.1833, error 8.760 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.144 Re 1000 CD( 0): measured 0.1686, model 0.2208, error 30.983 %, tolerance ±25 % Sn 0.144 Re 2000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.144 Re 2000 CD( 0): measured 0.1686, model 0.1626, error -3.550 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.144 Re 2000 CD( 0): measured 0.1686, model 0.1922, error 14.029 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.144 Re 2000 CD( 0): measured 0.1686, model 0.1728, error 2.501 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.144 Re 2000 CD( 0): measured 0.1686, model 0.2091, error 24.070 %, tolerance ±25 % Sn 0.144 Re 5000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.144 Re 5000 CD( 0): measured 0.1686, model 0.1774, error 5.241 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.144 Re 5000 CD( 0): measured 0.1686, model 0.2101, error 24.655 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.144 Re 5000 CD( 0): measured 0.1686, model 0.1892, error 12.237 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.144 Re 5000 CD( 0): measured 0.1686, model 0.2297, error 36.243 %, tolerance ±25 % Sn 0.144 Re 10000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.144 Re 10000 CD( 0): measured 0.1686, model 0.1872, error 11.086 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.144 Re 10000 CD( 0): measured 0.1686, model 0.2214, error 31.372 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.144 Re 10000 CD( 0): measured 0.1686, model 0.1991, error 18.114 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.144 Re 10000 CD( 0): measured 0.1686, model 0.2409, error 42.901 %, tolerance ±25 % Sn 0.184 Re 500 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.184 Re 500 CD( 0): measured 0.2517, model 0.264, error 4.861 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.184 Re 500 CD( 0): measured 0.2517, model 0.3133, error 24.438 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.184 Re 500 CD( 0): measured 0.2517, model 0.2892, error 14.883 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.184 Re 500 CD( 0): measured 0.2517, model 0.3527, error 40.089 %, tolerance ±25 % Sn 0.184 Re 1000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.184 Re 1000 CD( 0): measured 0.2517, model 0.23, error -8.631 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.184 Re 1000 CD( 0): measured 0.2517, model 0.273, error 8.462 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.184 Re 1000 CD( 0): measured 0.2517, model 0.2522, error 0.194 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.184 Re 1000 CD( 0): measured 0.2517, model 0.3079, error 22.308 %, tolerance ±25 % Sn 0.184 Re 2000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.184 Re 2000 CD( 0): measured 0.2517, model 0.2148, error -14.668 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.184 Re 2000 CD( 0): measured 0.2517, model 0.256, error 1.686 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.184 Re 2000 CD( 0): measured 0.2517, model 0.2377, error -5.572 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.184 Re 2000 CD( 0): measured 0.2517, model 0.2922, error 16.057 %, tolerance ±25 % Sn 0.184 Re 5000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.184 Re 5000 CD( 0): measured 0.2517, model 0.2338, error -7.124 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.184 Re 5000 CD( 0): measured 0.2517, model 0.2794, error 10.974 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.184 Re 5000 CD( 0): measured 0.2517, model 0.2603, error 3.397 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.184 Re 5000 CD( 0): measured 0.2517, model 0.3211, error 27.562 %, tolerance ±25 % Sn 0.184 Re 10000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.184 Re 10000 CD( 0): measured 0.2517, model 0.2473, error -1.770 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.184 Re 10000 CD( 0): measured 0.2517, model 0.2948, error 17.121 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.184 Re 10000 CD( 0): measured 0.2517, model 0.2739, error 8.811 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.184 Re 10000 CD( 0): measured 0.2517, model 0.3364, error 33.644 %, tolerance ±25 % Sn 0.317 Re 500 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.317 Re 500 CD( 0): measured 0.6064, model 0.5296, error -12.654 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.317 Re 500 CD( 0): measured 0.6064, model 0.6513, error 7.409 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.317 Re 500 CD( 0): measured 0.6064, model 0.6591, error 8.699 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.317 Re 500 CD( 0): measured 0.6064, model 0.8522, error 40.540 %, tolerance ±25 % Sn 0.317 Re 1000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.317 Re 1000 CD( 0): measured 0.6064, model 0.4614, error -23.909 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.317 Re 1000 CD( 0): measured 0.6064, model 0.5674, error -6.428 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.317 Re 1000 CD( 0): measured 0.6064, model 0.5748, error -5.200 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.317 Re 1000 CD( 0): measured 0.6064, model 0.7452, error 22.897 %, tolerance ±25 % Sn 0.317 Re 2000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.317 Re 2000 CD( 0): measured 0.6064, model 0.4257, error -29.786 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.317 Re 2000 CD( 0): measured 0.6064, model 0.5279, error -12.935 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.317 Re 2000 CD( 0): measured 0.6064, model 0.5417, error -10.655 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.317 Re 2000 CD( 0): measured 0.6064, model 0.7125, error 17.510 %, tolerance ±25 % Sn 0.317 Re 5000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.317 Re 5000 CD( 0): measured 0.6064, model 0.4588, error -24.333 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.317 Re 5000 CD( 0): measured 0.6064, model 0.573, error -5.505 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.317 Re 5000 CD( 0): measured 0.6064, model 0.5932, error -2.169 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.317 Re 5000 CD( 0): measured 0.6064, model 0.7859, error 29.619 %, tolerance ±25 % Sn 0.317 Re 10000 CD( 0) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_D(0), tolerance 25 %: Sn 0.317 Re 10000 CD( 0): measured 0.6064, model 0.4886, error -19.425 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %: Sn 0.317 Re 10000 CD( 0): measured 0.6064, model 0.6073, error 0.152 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %: Sn 0.317 Re 10000 CD( 0): measured 0.6064, model 0.6243, error 2.954 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %: Sn 0.317 Re 10000 CD( 0): measured 0.6064, model 0.8195, error 35.156 %, tolerance ±25 %

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CD( 0) 0.1427 0.1775 24.355 % ±25.000 % 0.645 % within
Sn 0.130 Re 1000 CD( 0) 0.1427 0.1547 8.400 % ±25.000 % 16.600 % within
Sn 0.130 Re 2000 CD( 0) 0.1427 0.1452 1.730 % ±25.000 % 23.270 % within
Sn 0.130 Re 5000 CD( 0) 0.1427 0.1585 11.096 % ±25.000 % 13.904 % within
Sn 0.130 Re 10000 CD( 0) 0.1427 0.1672 17.185 % ±25.000 % 7.815 % within
Sn 0.144 Re 500 CD( 0) 0.1686 0.199 18.063 % ±25.000 % 6.937 % within
Sn 0.144 Re 1000 CD( 0) 0.1686 0.1735 2.902 % ±25.000 % 22.098 % within
Sn 0.144 Re 2000 CD( 0) 0.1686 0.1626 -3.550 % ±25.000 % 21.450 % within
Sn 0.144 Re 5000 CD( 0) 0.1686 0.1774 5.241 % ±25.000 % 19.759 % within
Sn 0.144 Re 10000 CD( 0) 0.1686 0.1872 11.086 % ±25.000 % 13.914 % within
Sn 0.184 Re 500 CD( 0) 0.2517 0.264 4.861 % ±25.000 % 20.139 % within
Sn 0.184 Re 1000 CD( 0) 0.2517 0.23 -8.631 % ±25.000 % 16.369 % within
Sn 0.184 Re 2000 CD( 0) 0.2517 0.2148 -14.668 % ±25.000 % 10.332 % within
Sn 0.184 Re 5000 CD( 0) 0.2517 0.2338 -7.124 % ±25.000 % 17.876 % within
Sn 0.184 Re 10000 CD( 0) 0.2517 0.2473 -1.770 % ±25.000 % 23.230 % within
Sn 0.317 Re 500 CD( 0) 0.6064 0.5296 -12.654 % ±25.000 % 12.346 % within
Sn 0.317 Re 1000 CD( 0) 0.6064 0.4614 -23.909 % ±25.000 % 1.091 % within
Sn 0.317 Re 2000 CD( 0) 0.6064 0.4257 -29.786 % ±25.000 % -4.786 % outside
Sn 0.317 Re 5000 CD( 0) 0.6064 0.4588 -24.333 % ±25.000 % 0.667 % within
Sn 0.317 Re 10000 CD( 0) 0.6064 0.4886 -19.425 % ±25.000 % 5.575 % within

L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %

80 rows, 22 of 80 outside the tolerance.

Chart: L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %; L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %; L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %; L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %.

Model minus measurement per case with the tolerance band L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 % tolerance ±25 % -50 -25 0 25 50 model / measured − 1 [%]; shaded: tolerance Sn 0.130 Re 500 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(30): measured 0.02468, model 0.03277, error 32.735 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(30): measured 0.02468, model 0.03853, error 56.110 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(30): measured 0.02468, model 0.03657, error 48.140 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(30): measured 0.02468, model 0.03814, error 54.509 %, tolerance ±25 % Sn 0.130 Re 500 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(45): measured 0.0285, model 0.03439, error 20.668 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(45): measured 0.0285, model 0.04045, error 41.918 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(45): measured 0.0285, model 0.03839, error 34.673 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(45): measured 0.0285, model 0.04004, error 40.463 %, tolerance ±25 % Sn 0.130 Re 500 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(60): measured 0.02468, model 0.02681, error 8.601 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(60): measured 0.02468, model 0.03153, error 27.726 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(60): measured 0.02468, model 0.02992, error 21.205 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(60): measured 0.02468, model 0.03121, error 26.416 %, tolerance ±25 % Sn 0.130 Re 500 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(80): measured 0.009749, model 0.009553, error -2.010 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(80): measured 0.009749, model 0.01123, error 15.246 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(80): measured 0.009749, model 0.01066, error 9.362 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(80): measured 0.009749, model 0.01112, error 14.064 %, tolerance ±25 % Sn 0.130 Re 1000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(30): measured 0.02468, model 0.02856, error 15.705 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(30): measured 0.02468, model 0.0336, error 36.119 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(30): measured 0.02468, model 0.03185, error 29.012 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(30): measured 0.02468, model 0.03323, error 34.628 %, tolerance ±25 % Sn 0.130 Re 1000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(45): measured 0.0285, model 0.02998, error 5.186 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(45): measured 0.0285, model 0.03527, error 23.744 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(45): measured 0.0285, model 0.03343, error 17.284 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(45): measured 0.0285, model 0.03488, error 22.389 %, tolerance ±25 % Sn 0.130 Re 1000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(60): measured 0.02468, model 0.02337, error -5.332 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(60): measured 0.02468, model 0.02749, error 11.370 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(60): measured 0.02468, model 0.02606, error 5.556 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(60): measured 0.02468, model 0.02719, error 10.150 %, tolerance ±25 % Sn 0.130 Re 1000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(80): measured 0.009749, model 0.008327, error -14.582 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(80): measured 0.009749, model 0.009796, error 0.488 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(80): measured 0.009749, model 0.009285, error -4.758 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(80): measured 0.009749, model 0.009689, error -0.613 %, tolerance ±25 % Sn 0.130 Re 2000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(30): measured 0.02468, model 0.0268, error 8.585 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(30): measured 0.02468, model 0.03161, error 28.064 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(30): measured 0.02468, model 0.02987, error 21.027 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(30): measured 0.02468, model 0.03131, error 26.834 %, tolerance ±25 % Sn 0.130 Re 2000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(45): measured 0.0285, model 0.02814, error -1.286 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(45): measured 0.0285, model 0.03318, error 16.421 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(45): measured 0.0285, model 0.03136, error 10.024 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(45): measured 0.0285, model 0.03287, error 15.304 %, tolerance ±25 % Sn 0.130 Re 2000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(60): measured 0.02468, model 0.02193, error -11.157 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(60): measured 0.02468, model 0.02586, error 4.779 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(60): measured 0.02468, model 0.02444, error -0.978 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(60): measured 0.02468, model 0.02562, error 3.774 %, tolerance ±25 % Sn 0.130 Re 2000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(80): measured 0.009749, model 0.007815, error -19.838 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(80): measured 0.009749, model 0.009217, error -5.459 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(80): measured 0.009749, model 0.00871, error -10.654 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(80): measured 0.009749, model 0.009128, error -6.366 %, tolerance ±25 % Sn 0.130 Re 5000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(30): measured 0.02468, model 0.02927, error 18.582 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(30): measured 0.02468, model 0.03458, error 40.078 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(30): measured 0.02468, model 0.03264, error 32.242 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(30): measured 0.02468, model 0.0343, error 38.960 %, tolerance ±25 % Sn 0.130 Re 5000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(45): measured 0.0285, model 0.03073, error 7.802 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(45): measured 0.0285, model 0.0363, error 27.344 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(45): measured 0.0285, model 0.03427, error 20.220 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(45): measured 0.0285, model 0.03601, error 26.327 %, tolerance ±25 % Sn 0.130 Re 5000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(60): measured 0.02468, model 0.02395, error -2.978 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(60): measured 0.02468, model 0.02829, error 14.610 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(60): measured 0.02468, model 0.02671, error 8.198 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(60): measured 0.02468, model 0.02807, error 13.695 %, tolerance ±25 % Sn 0.130 Re 5000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(80): measured 0.009749, model 0.008534, error -12.458 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(80): measured 0.009749, model 0.01008, error 3.411 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(80): measured 0.009749, model 0.009517, error -2.374 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(80): measured 0.009749, model 0.01, error 2.586 %, tolerance ±25 % Sn 0.130 Re 10000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(30): measured 0.02468, model 0.03088, error 25.081 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(30): measured 0.02468, model 0.03642, error 47.553 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(30): measured 0.02468, model 0.03444, error 39.539 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(30): measured 0.02468, model 0.03611, error 46.287 %, tolerance ±25 % Sn 0.130 Re 10000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(45): measured 0.0285, model 0.03241, error 13.710 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(45): measured 0.0285, model 0.03823, error 34.139 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(45): measured 0.0285, model 0.03616, error 26.854 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(45): measured 0.0285, model 0.03791, error 32.988 %, tolerance ±25 % Sn 0.130 Re 10000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(60): measured 0.02468, model 0.02526, error 2.339 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(60): measured 0.02468, model 0.0298, error 20.725 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(60): measured 0.02468, model 0.02818, error 14.169 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(60): measured 0.02468, model 0.02954, error 19.689 %, tolerance ±25 % Sn 0.130 Re 10000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(80): measured 0.009749, model 0.009002, error -7.660 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(80): measured 0.009749, model 0.01062, error 8.929 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(80): measured 0.009749, model 0.01004, error 3.013 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(80): measured 0.009749, model 0.01053, error 7.995 %, tolerance ±25 % Sn 0.144 Re 500 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(30): measured 0.03052, model 0.03674, error 20.405 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(30): measured 0.03052, model 0.0433, error 41.907 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(30): measured 0.03052, model 0.04105, error 34.513 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(30): measured 0.03052, model 0.04336, error 42.075 %, tolerance ±25 % Sn 0.144 Re 500 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(45): measured 0.03524, model 0.03857, error 9.459 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(45): measured 0.03524, model 0.04546, error 29.006 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(45): measured 0.03524, model 0.04309, error 22.285 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(45): measured 0.03524, model 0.04551, error 29.159 %, tolerance ±25 % Sn 0.144 Re 500 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(60): measured 0.03052, model 0.03006, error -1.487 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(60): measured 0.03052, model 0.03543, error 16.105 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(60): measured 0.03052, model 0.03359, error 10.056 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(60): measured 0.03052, model 0.03547, error 16.243 %, tolerance ±25 % Sn 0.144 Re 500 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(80): measured 0.01205, model 0.01071, error -11.112 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(80): measured 0.01205, model 0.01263, error 4.761 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(80): measured 0.01205, model 0.01197, error -0.697 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(80): measured 0.01205, model 0.01264, error 4.885 %, tolerance ±25 % Sn 0.144 Re 1000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(30): measured 0.03052, model 0.03203, error 4.944 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(30): measured 0.03052, model 0.03776, error 23.721 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(30): measured 0.03052, model 0.03574, error 17.116 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(30): measured 0.03052, model 0.03777, error 23.778 %, tolerance ±25 % Sn 0.144 Re 1000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(45): measured 0.03524, model 0.03362, error -4.596 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(45): measured 0.03524, model 0.03963, error 12.474 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(45): measured 0.03524, model 0.03752, error 6.469 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(45): measured 0.03524, model 0.03965, error 12.526 %, tolerance ±25 % Sn 0.144 Re 1000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(60): measured 0.03052, model 0.0262, error -14.137 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(60): measured 0.03052, model 0.03089, error 1.226 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(60): measured 0.03052, model 0.02924, error -4.178 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(60): measured 0.03052, model 0.03091, error 1.273 %, tolerance ±25 % Sn 0.144 Re 1000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(80): measured 0.01205, model 0.009337, error -22.526 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(80): measured 0.01205, model 0.01101, error -8.664 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(80): measured 0.01205, model 0.01042, error -13.540 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(80): measured 0.01205, model 0.01101, error -8.622 %, tolerance ±25 % Sn 0.144 Re 2000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(30): measured 0.03052, model 0.03002, error -1.637 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(30): measured 0.03052, model 0.03549, error 16.292 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(30): measured 0.03052, model 0.03348, error 9.723 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(30): measured 0.03052, model 0.03558, error 16.607 %, tolerance ±25 % Sn 0.144 Re 2000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(45): measured 0.03524, model 0.03151, error -10.579 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(45): measured 0.03524, model 0.03725, error 5.720 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(45): measured 0.03524, model 0.03515, error -0.252 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(45): measured 0.03524, model 0.03735, error 6.007 %, tolerance ±25 % Sn 0.144 Re 2000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(60): measured 0.03052, model 0.02456, error -19.521 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(60): measured 0.03052, model 0.02904, error -4.852 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(60): measured 0.03052, model 0.0274, error -10.227 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(60): measured 0.03052, model 0.02911, error -4.594 %, tolerance ±25 % Sn 0.144 Re 2000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(80): measured 0.01205, model 0.008752, error -27.384 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(80): measured 0.01205, model 0.01035, error -14.149 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(80): measured 0.01205, model 0.009762, error -18.999 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(80): measured 0.01205, model 0.01037, error -13.916 %, tolerance ±25 % Sn 0.144 Re 5000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(30): measured 0.03052, model 0.03275, error 7.330 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(30): measured 0.03052, model 0.0388, error 27.128 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(30): measured 0.03052, model 0.03656, error 19.798 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(30): measured 0.03052, model 0.03899, error 27.765 %, tolerance ±25 % Sn 0.144 Re 5000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(45): measured 0.03524, model 0.03438, error -2.428 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(45): measured 0.03524, model 0.04072, error 15.571 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(45): measured 0.03524, model 0.03838, error 8.907 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(45): measured 0.03524, model 0.04093, error 16.150 %, tolerance ±25 % Sn 0.144 Re 5000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(60): measured 0.03052, model 0.0268, error -12.185 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(60): measured 0.03052, model 0.03174, error 4.014 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(60): measured 0.03052, model 0.02991, error -1.983 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(60): measured 0.03052, model 0.0319, error 4.535 %, tolerance ±25 % Sn 0.144 Re 5000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(80): measured 0.01205, model 0.009549, error -20.765 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(80): measured 0.01205, model 0.01131, error -6.149 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(80): measured 0.01205, model 0.01066, error -11.561 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(80): measured 0.01205, model 0.01137, error -5.679 %, tolerance ±25 % Sn 0.144 Re 10000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(30): measured 0.03052, model 0.03457, error 13.290 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(30): measured 0.03052, model 0.04089, error 33.979 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(30): measured 0.03052, model 0.0386, error 26.503 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(30): measured 0.03052, model 0.04105, error 34.508 %, tolerance ±25 % Sn 0.144 Re 10000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(45): measured 0.03524, model 0.03629, error 2.991 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(45): measured 0.03524, model 0.04292, error 21.799 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(45): measured 0.03524, model 0.04052, error 15.003 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(45): measured 0.03524, model 0.04309, error 22.280 %, tolerance ±25 % Sn 0.144 Re 10000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(60): measured 0.03052, model 0.02829, error -7.308 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(60): measured 0.03052, model 0.03345, error 9.619 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(60): measured 0.03052, model 0.03159, error 3.502 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(60): measured 0.03052, model 0.03358, error 10.052 %, tolerance ±25 % Sn 0.144 Re 10000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(80): measured 0.01205, model 0.01008, error -16.365 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(80): measured 0.01205, model 0.01192, error -1.091 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(80): measured 0.01205, model 0.01126, error -6.611 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(80): measured 0.01205, model 0.01197, error -0.701 %, tolerance ±25 % Sn 0.184 Re 500 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(30): measured 0.04997, model 0.04908, error -1.787 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(30): measured 0.04997, model 0.0621, error 24.261 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(30): measured 0.04997, model 0.05462, error 9.296 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(30): measured 0.04997, model 0.05983, error 19.729 %, tolerance ±25 % Sn 0.184 Re 500 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(45): measured 0.0577, model 0.05152, error -10.716 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(45): measured 0.0577, model 0.06519, error 12.965 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(45): measured 0.0577, model 0.05734, error -0.640 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(45): measured 0.0577, model 0.06281, error 8.845 %, tolerance ±25 % Sn 0.184 Re 500 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(60): measured 0.04997, model 0.04016, error -19.644 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(60): measured 0.04997, model 0.05081, error 1.668 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(60): measured 0.04997, model 0.04469, error -10.576 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(60): measured 0.04997, model 0.04895, error -2.040 %, tolerance ±25 % Sn 0.184 Re 500 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(80): measured 0.01974, model 0.01431, error -27.496 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(80): measured 0.01974, model 0.0181, error -8.266 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(80): measured 0.01974, model 0.01592, error -19.313 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(80): measured 0.01974, model 0.01744, error -11.611 %, tolerance ±25 % Sn 0.184 Re 1000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(30): measured 0.04997, model 0.04277, error -14.424 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(30): measured 0.04997, model 0.05413, error 8.307 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(30): measured 0.04997, model 0.04752, error -4.904 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(30): measured 0.04997, model 0.05211, error 4.271 %, tolerance ±25 % Sn 0.184 Re 1000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(45): measured 0.0577, model 0.04489, error -22.203 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(45): measured 0.0577, model 0.05682, error -1.539 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(45): measured 0.0577, model 0.04989, error -13.549 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(45): measured 0.0577, model 0.0547, error -5.208 %, tolerance ±25 % Sn 0.184 Re 1000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(60): measured 0.04997, model 0.03499, error -29.983 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(60): measured 0.04997, model 0.04428, error -11.385 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(60): measured 0.04997, model 0.03888, error -22.194 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(60): measured 0.04997, model 0.04263, error -14.687 %, tolerance ±25 % Sn 0.184 Re 1000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(80): measured 0.01974, model 0.01247, error -36.824 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(80): measured 0.01974, model 0.01578, error -20.043 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(80): measured 0.01974, model 0.01386, error -29.797 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(80): measured 0.01974, model 0.01519, error -23.023 %, tolerance ±25 % Sn 0.184 Re 2000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(30): measured 0.04997, model 0.03994, error -20.078 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(30): measured 0.04997, model 0.05074, error 1.542 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(30): measured 0.04997, model 0.04435, error -11.245 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(30): measured 0.04997, model 0.04908, error -1.784 %, tolerance ±25 % Sn 0.184 Re 2000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(45): measured 0.0577, model 0.04193, error -27.343 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(45): measured 0.0577, model 0.05327, error -7.689 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(45): measured 0.0577, model 0.04656, error -19.314 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(45): measured 0.0577, model 0.05152, error -10.713 %, tolerance ±25 % Sn 0.184 Re 2000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(60): measured 0.04997, model 0.03268, error -34.609 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(60): measured 0.04997, model 0.04152, error -16.921 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(60): measured 0.04997, model 0.03629, error -27.382 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(60): measured 0.04997, model 0.04016, error -19.642 %, tolerance ±25 % Sn 0.184 Re 2000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(80): measured 0.01974, model 0.01164, error -40.998 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(80): measured 0.01974, model 0.01479, error -25.038 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(80): measured 0.01974, model 0.01293, error -34.478 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(80): measured 0.01974, model 0.01431, error -27.494 %, tolerance ±25 % Sn 0.184 Re 5000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(30): measured 0.04997, model 0.04347, error -13.012 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(30): measured 0.04997, model 0.05538, error 10.816 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(30): measured 0.04997, model 0.04831, error -3.320 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(30): measured 0.04997, model 0.05379, error 7.638 %, tolerance ±25 % Sn 0.184 Re 5000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(45): measured 0.0577, model 0.04563, error -20.920 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(45): measured 0.0577, model 0.05813, error 0.742 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(45): measured 0.0577, model 0.05072, error -12.109 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(45): measured 0.0577, model 0.05647, error -2.147 %, tolerance ±25 % Sn 0.184 Re 5000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(60): measured 0.04997, model 0.03557, error -28.828 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(60): measured 0.04997, model 0.04531, error -9.332 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(60): measured 0.04997, model 0.03953, error -20.898 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(60): measured 0.04997, model 0.04401, error -11.932 %, tolerance ±25 % Sn 0.184 Re 5000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(80): measured 0.01974, model 0.01267, error -35.782 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(80): measured 0.01974, model 0.01615, error -18.191 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(80): measured 0.01974, model 0.01409, error -28.627 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(80): measured 0.01974, model 0.01568, error -20.537 %, tolerance ±25 % Sn 0.184 Re 10000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(30): measured 0.04997, model 0.04598, error -7.998 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(30): measured 0.04997, model 0.05845, error 16.954 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(30): measured 0.04997, model 0.05113, error 2.312 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(30): measured 0.04997, model 0.05664, error 13.335 %, tolerance ±25 % Sn 0.184 Re 10000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(45): measured 0.0577, model 0.04826, error -16.361 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(45): measured 0.0577, model 0.06135, error 6.322 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(45): measured 0.0577, model 0.05367, error -6.989 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(45): measured 0.0577, model 0.05945, error 3.032 %, tolerance ±25 % Sn 0.184 Re 10000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(60): measured 0.04997, model 0.03762, error -24.725 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(60): measured 0.04997, model 0.04782, error -4.310 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(60): measured 0.04997, model 0.04183, error -16.290 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(60): measured 0.04997, model 0.04634, error -7.272 %, tolerance ±25 % Sn 0.184 Re 10000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(80): measured 0.01974, model 0.0134, error -32.080 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(80): measured 0.01974, model 0.01704, error -13.660 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(80): measured 0.01974, model 0.01491, error -24.469 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(80): measured 0.01974, model 0.01651, error -16.332 %, tolerance ±25 % Sn 0.317 Re 500 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(30): measured 0.1379, model 0.1349, error -2.128 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(30): measured 0.1379, model 0.1814, error 31.571 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(30): measured 0.1379, model 0.1112, error -19.376 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(30): measured 0.1379, model 0.1383, error 0.278 %, tolerance ±25 % Sn 0.317 Re 500 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(45): measured 0.1592, model 0.1417, error -11.025 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(45): measured 0.1592, model 0.1904, error 19.610 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(45): measured 0.1592, model 0.1167, error -26.706 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(45): measured 0.1592, model 0.1451, error -8.838 %, tolerance ±25 % Sn 0.317 Re 500 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(60): measured 0.1379, model 0.1104, error -19.923 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(60): measured 0.1379, model 0.1484, error 7.649 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(60): measured 0.1379, model 0.09095, error -34.035 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(60): measured 0.1379, model 0.1131, error -17.954 %, tolerance ±25 % Sn 0.317 Re 500 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(80): measured 0.05445, model 0.03934, error -27.747 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(80): measured 0.05445, model 0.05289, error -2.869 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(80): measured 0.05445, model 0.03241, error -40.481 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(80): measured 0.05445, model 0.04031, error -25.971 %, tolerance ±25 % Sn 0.317 Re 1000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(30): measured 0.1379, model 0.1176, error -14.739 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(30): measured 0.1379, model 0.158, error 14.621 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(30): measured 0.1379, model 0.09653, error -29.988 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(30): measured 0.1379, model 0.1202, error -12.813 %, tolerance ±25 % Sn 0.317 Re 1000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(45): measured 0.1592, model 0.1234, error -22.490 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(45): measured 0.1592, model 0.1659, error 4.201 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(45): measured 0.1592, model 0.1013, error -36.352 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(45): measured 0.1592, model 0.1262, error -20.739 %, tolerance ±25 % Sn 0.317 Re 1000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(60): measured 0.1379, model 0.09618, error -30.241 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(60): measured 0.1379, model 0.1293, error -6.219 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(60): measured 0.1379, model 0.07898, error -42.717 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(60): measured 0.1379, model 0.09836, error -28.665 %, tolerance ±25 % Sn 0.317 Re 1000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(80): measured 0.05445, model 0.03427, error -37.057 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(80): measured 0.05445, model 0.04608, error -15.382 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(80): measured 0.05445, model 0.02814, error -48.314 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(80): measured 0.05445, model 0.03505, error -35.635 %, tolerance ±25 % Sn 0.317 Re 2000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(30): measured 0.1379, model 0.1085, error -21.324 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(30): measured 0.1379, model 0.147, error 6.651 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(30): measured 0.1379, model 0.08893, error -35.503 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(30): measured 0.1379, model 0.1132, error -17.931 %, tolerance ±25 % Sn 0.317 Re 2000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(45): measured 0.1592, model 0.1139, error -28.476 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(45): measured 0.1592, model 0.1544, error -3.045 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(45): measured 0.1592, model 0.09335, error -41.366 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(45): measured 0.1592, model 0.1188, error -25.391 %, tolerance ±25 % Sn 0.317 Re 2000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(60): measured 0.1379, model 0.08876, error -35.629 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(60): measured 0.1379, model 0.1203, error -12.740 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(60): measured 0.1379, model 0.07276, error -47.229 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(60): measured 0.1379, model 0.09258, error -32.852 %, tolerance ±25 % Sn 0.317 Re 2000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(80): measured 0.05445, model 0.03163, error -41.918 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(80): measured 0.05445, model 0.04287, error -21.266 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(80): measured 0.05445, model 0.02593, error -52.386 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(80): measured 0.05445, model 0.03299, error -39.413 %, tolerance ±25 % Sn 0.317 Re 5000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(30): measured 0.1379, model 0.1169, error -15.214 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(30): measured 0.1379, model 0.1596, error 15.753 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(30): measured 0.1379, model 0.09598, error -30.386 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(30): measured 0.1379, model 0.1241, error -9.965 %, tolerance ±25 % Sn 0.317 Re 5000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(45): measured 0.1592, model 0.1227, error -22.922 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(45): measured 0.1592, model 0.1675, error 5.230 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(45): measured 0.1592, model 0.1008, error -36.714 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(45): measured 0.1592, model 0.1303, error -18.150 %, tolerance ±25 % Sn 0.317 Re 5000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(60): measured 0.1379, model 0.09565, error -30.629 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(60): measured 0.1379, model 0.1306, error -5.293 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(60): measured 0.1379, model 0.07853, error -43.043 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(60): measured 0.1379, model 0.1016, error -26.335 %, tolerance ±25 % Sn 0.317 Re 5000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(80): measured 0.05445, model 0.03408, error -37.408 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(80): measured 0.05445, model 0.04653, error -14.547 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(80): measured 0.05445, model 0.02798, error -48.608 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(80): measured 0.05445, model 0.03619, error -33.533 %, tolerance ±25 % Sn 0.317 Re 10000 CL(30) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(30): measured 0.1379, model 0.1245, error -9.715 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(30): measured 0.1379, model 0.1692, error 22.681 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(30): measured 0.1379, model 0.1024, error -25.768 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(30): measured 0.1379, model 0.1308, error -5.142 %, tolerance ±25 % Sn 0.317 Re 10000 CL(45) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(45): measured 0.1592, model 0.1307, error -17.923 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(45): measured 0.1592, model 0.1776, error 11.528 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(45): measured 0.1592, model 0.1074, error -32.516 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(45): measured 0.1592, model 0.1373, error -13.766 %, tolerance ±25 % Sn 0.317 Re 10000 CL(60) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(60): measured 0.1379, model 0.1019, error -26.131 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(60): measured 0.1379, model 0.1384, error 0.376 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(60): measured 0.1379, model 0.08374, error -39.265 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(60): measured 0.1379, model 0.107, error -22.389 %, tolerance ±25 % Sn 0.317 Re 10000 CL(80) L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.00, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(80): measured 0.05445, model 0.03629, error -33.348 %, tolerance ±25 % L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(80): measured 0.05445, model 0.04932, error -9.432 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(80): measured 0.05445, model 0.02984, error -45.199 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(80): measured 0.05445, model 0.03813, error -29.972 %, tolerance ±25 %

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CL(30) 0.02468 0.03277 32.735 % ±25.000 % -7.735 % outside
Sn 0.130 Re 500 CL(45) 0.0285 0.03439 20.668 % ±25.000 % 4.332 % within
Sn 0.130 Re 500 CL(60) 0.02468 0.02681 8.601 % ±25.000 % 16.399 % within
Sn 0.130 Re 500 CL(80) 0.009749 0.009553 -2.010 % ±25.000 % 22.990 % within
Sn 0.130 Re 1000 CL(30) 0.02468 0.02856 15.705 % ±25.000 % 9.295 % within
Sn 0.130 Re 1000 CL(45) 0.0285 0.02998 5.186 % ±25.000 % 19.814 % within
Sn 0.130 Re 1000 CL(60) 0.02468 0.02337 -5.332 % ±25.000 % 19.668 % within
Sn 0.130 Re 1000 CL(80) 0.009749 0.008327 -14.582 % ±25.000 % 10.418 % within
Sn 0.130 Re 2000 CL(30) 0.02468 0.0268 8.585 % ±25.000 % 16.415 % within
Sn 0.130 Re 2000 CL(45) 0.0285 0.02814 -1.286 % ±25.000 % 23.714 % within
Sn 0.130 Re 2000 CL(60) 0.02468 0.02193 -11.157 % ±25.000 % 13.843 % within
Sn 0.130 Re 2000 CL(80) 0.009749 0.007815 -19.838 % ±25.000 % 5.162 % within
Sn 0.130 Re 5000 CL(30) 0.02468 0.02927 18.582 % ±25.000 % 6.418 % within
Sn 0.130 Re 5000 CL(45) 0.0285 0.03073 7.802 % ±25.000 % 17.198 % within
Sn 0.130 Re 5000 CL(60) 0.02468 0.02395 -2.978 % ±25.000 % 22.022 % within
Sn 0.130 Re 5000 CL(80) 0.009749 0.008534 -12.458 % ±25.000 % 12.542 % within
Sn 0.130 Re 10000 CL(30) 0.02468 0.03088 25.081 % ±25.000 % -0.081 % outside
Sn 0.130 Re 10000 CL(45) 0.0285 0.03241 13.710 % ±25.000 % 11.290 % within
Sn 0.130 Re 10000 CL(60) 0.02468 0.02526 2.339 % ±25.000 % 22.661 % within
Sn 0.130 Re 10000 CL(80) 0.009749 0.009002 -7.660 % ±25.000 % 17.340 % within
Sn 0.144 Re 500 CL(30) 0.03052 0.03674 20.405 % ±25.000 % 4.595 % within
Sn 0.144 Re 500 CL(45) 0.03524 0.03857 9.459 % ±25.000 % 15.541 % within
Sn 0.144 Re 500 CL(60) 0.03052 0.03006 -1.487 % ±25.000 % 23.513 % within
Sn 0.144 Re 500 CL(80) 0.01205 0.01071 -11.112 % ±25.000 % 13.888 % within
Sn 0.144 Re 1000 CL(30) 0.03052 0.03203 4.944 % ±25.000 % 20.056 % within
Sn 0.144 Re 1000 CL(45) 0.03524 0.03362 -4.596 % ±25.000 % 20.404 % within
Sn 0.144 Re 1000 CL(60) 0.03052 0.0262 -14.137 % ±25.000 % 10.863 % within
Sn 0.144 Re 1000 CL(80) 0.01205 0.009337 -22.526 % ±25.000 % 2.474 % within
Sn 0.144 Re 2000 CL(30) 0.03052 0.03002 -1.637 % ±25.000 % 23.363 % within
Sn 0.144 Re 2000 CL(45) 0.03524 0.03151 -10.579 % ±25.000 % 14.421 % within
Sn 0.144 Re 2000 CL(60) 0.03052 0.02456 -19.521 % ±25.000 % 5.479 % within
Sn 0.144 Re 2000 CL(80) 0.01205 0.008752 -27.384 % ±25.000 % -2.384 % outside
Sn 0.144 Re 5000 CL(30) 0.03052 0.03275 7.330 % ±25.000 % 17.670 % within
Sn 0.144 Re 5000 CL(45) 0.03524 0.03438 -2.428 % ±25.000 % 22.572 % within
Sn 0.144 Re 5000 CL(60) 0.03052 0.0268 -12.185 % ±25.000 % 12.815 % within
Sn 0.144 Re 5000 CL(80) 0.01205 0.009549 -20.765 % ±25.000 % 4.235 % within
Sn 0.144 Re 10000 CL(30) 0.03052 0.03457 13.290 % ±25.000 % 11.710 % within
Sn 0.144 Re 10000 CL(45) 0.03524 0.03629 2.991 % ±25.000 % 22.009 % within
Sn 0.144 Re 10000 CL(60) 0.03052 0.02829 -7.308 % ±25.000 % 17.692 % within
Sn 0.144 Re 10000 CL(80) 0.01205 0.01008 -16.365 % ±25.000 % 8.635 % within
Sn 0.184 Re 500 CL(30) 0.04997 0.04908 -1.787 % ±25.000 % 23.213 % within
Sn 0.184 Re 500 CL(45) 0.0577 0.05152 -10.716 % ±25.000 % 14.284 % within
Sn 0.184 Re 500 CL(60) 0.04997 0.04016 -19.644 % ±25.000 % 5.356 % within
Sn 0.184 Re 500 CL(80) 0.01974 0.01431 -27.496 % ±25.000 % -2.496 % outside
Sn 0.184 Re 1000 CL(30) 0.04997 0.04277 -14.424 % ±25.000 % 10.576 % within
Sn 0.184 Re 1000 CL(45) 0.0577 0.04489 -22.203 % ±25.000 % 2.797 % within
Sn 0.184 Re 1000 CL(60) 0.04997 0.03499 -29.983 % ±25.000 % -4.983 % outside
Sn 0.184 Re 1000 CL(80) 0.01974 0.01247 -36.824 % ±25.000 % -11.824 % outside
Sn 0.184 Re 2000 CL(30) 0.04997 0.03994 -20.078 % ±25.000 % 4.922 % within
Sn 0.184 Re 2000 CL(45) 0.0577 0.04193 -27.343 % ±25.000 % -2.343 % outside
Sn 0.184 Re 2000 CL(60) 0.04997 0.03268 -34.609 % ±25.000 % -9.609 % outside
Sn 0.184 Re 2000 CL(80) 0.01974 0.01164 -40.998 % ±25.000 % -15.998 % outside
Sn 0.184 Re 5000 CL(30) 0.04997 0.04347 -13.012 % ±25.000 % 11.988 % within
Sn 0.184 Re 5000 CL(45) 0.0577 0.04563 -20.920 % ±25.000 % 4.080 % within
Sn 0.184 Re 5000 CL(60) 0.04997 0.03557 -28.828 % ±25.000 % -3.828 % outside
Sn 0.184 Re 5000 CL(80) 0.01974 0.01267 -35.782 % ±25.000 % -10.782 % outside
Sn 0.184 Re 10000 CL(30) 0.04997 0.04598 -7.998 % ±25.000 % 17.002 % within
Sn 0.184 Re 10000 CL(45) 0.0577 0.04826 -16.361 % ±25.000 % 8.639 % within
Sn 0.184 Re 10000 CL(60) 0.04997 0.03762 -24.725 % ±25.000 % 0.275 % within
Sn 0.184 Re 10000 CL(80) 0.01974 0.0134 -32.080 % ±25.000 % -7.080 % outside
Sn 0.317 Re 500 CL(30) 0.1379 0.1349 -2.128 % ±25.000 % 22.872 % within
Sn 0.317 Re 500 CL(45) 0.1592 0.1417 -11.025 % ±25.000 % 13.975 % within
Sn 0.317 Re 500 CL(60) 0.1379 0.1104 -19.923 % ±25.000 % 5.077 % within
Sn 0.317 Re 500 CL(80) 0.05445 0.03934 -27.747 % ±25.000 % -2.747 % outside
Sn 0.317 Re 1000 CL(30) 0.1379 0.1176 -14.739 % ±25.000 % 10.261 % within
Sn 0.317 Re 1000 CL(45) 0.1592 0.1234 -22.490 % ±25.000 % 2.510 % within
Sn 0.317 Re 1000 CL(60) 0.1379 0.09618 -30.241 % ±25.000 % -5.241 % outside
Sn 0.317 Re 1000 CL(80) 0.05445 0.03427 -37.057 % ±25.000 % -12.057 % outside
Sn 0.317 Re 2000 CL(30) 0.1379 0.1085 -21.324 % ±25.000 % 3.676 % within
Sn 0.317 Re 2000 CL(45) 0.1592 0.1139 -28.476 % ±25.000 % -3.476 % outside
Sn 0.317 Re 2000 CL(60) 0.1379 0.08876 -35.629 % ±25.000 % -10.629 % outside
Sn 0.317 Re 2000 CL(80) 0.05445 0.03163 -41.918 % ±25.000 % -16.918 % outside
Sn 0.317 Re 5000 CL(30) 0.1379 0.1169 -15.214 % ±25.000 % 9.786 % within
Sn 0.317 Re 5000 CL(45) 0.1592 0.1227 -22.922 % ±25.000 % 2.078 % within
Sn 0.317 Re 5000 CL(60) 0.1379 0.09565 -30.629 % ±25.000 % -5.629 % outside
Sn 0.317 Re 5000 CL(80) 0.05445 0.03408 -37.408 % ±25.000 % -12.408 % outside
Sn 0.317 Re 10000 CL(30) 0.1379 0.1245 -9.715 % ±25.000 % 15.285 % within
Sn 0.317 Re 10000 CL(45) 0.1592 0.1307 -17.923 % ±25.000 % 7.077 % within
Sn 0.317 Re 10000 CL(60) 0.1379 0.1019 -26.131 % ±25.000 % -1.131 % outside
Sn 0.317 Re 10000 CL(80) 0.05445 0.03629 -33.348 % ±25.000 % -8.348 % outside

L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_D(0), tolerance 25 %

20 rows, 6 of 20 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CD( 0) 0.1427 0.2087 46.254 % ±25.000 % -21.254 % outside
Sn 0.130 Re 1000 CD( 0) 0.1427 0.182 27.525 % ±25.000 % -2.525 % outside
Sn 0.130 Re 2000 CD( 0) 0.1427 0.1712 19.979 % ±25.000 % 5.021 % within
Sn 0.130 Re 5000 CD( 0) 0.1427 0.1873 31.235 % ±25.000 % -6.235 % outside
Sn 0.130 Re 10000 CD( 0) 0.1427 0.1973 38.237 % ±25.000 % -13.237 % outside
Sn 0.144 Re 500 CD( 0) 0.1686 0.2345 39.146 % ±25.000 % -14.146 % outside
Sn 0.144 Re 1000 CD( 0) 0.1686 0.2045 21.314 % ±25.000 % 3.686 % within
Sn 0.144 Re 2000 CD( 0) 0.1686 0.1922 14.029 % ±25.000 % 10.971 % within
Sn 0.144 Re 5000 CD( 0) 0.1686 0.2101 24.655 % ±25.000 % 0.345 % within
Sn 0.144 Re 10000 CD( 0) 0.1686 0.2214 31.372 % ±25.000 % -6.372 % outside
Sn 0.184 Re 500 CD( 0) 0.2517 0.3133 24.438 % ±25.000 % 0.562 % within
Sn 0.184 Re 1000 CD( 0) 0.2517 0.273 8.462 % ±25.000 % 16.538 % within
Sn 0.184 Re 2000 CD( 0) 0.2517 0.256 1.686 % ±25.000 % 23.314 % within
Sn 0.184 Re 5000 CD( 0) 0.2517 0.2794 10.974 % ±25.000 % 14.026 % within
Sn 0.184 Re 10000 CD( 0) 0.2517 0.2948 17.121 % ±25.000 % 7.879 % within
Sn 0.317 Re 500 CD( 0) 0.6064 0.6513 7.409 % ±25.000 % 17.591 % within
Sn 0.317 Re 1000 CD( 0) 0.6064 0.5674 -6.428 % ±25.000 % 18.572 % within
Sn 0.317 Re 2000 CD( 0) 0.6064 0.5279 -12.935 % ±25.000 % 12.065 % within
Sn 0.317 Re 5000 CD( 0) 0.6064 0.573 -5.505 % ±25.000 % 19.495 % within
Sn 0.317 Re 10000 CD( 0) 0.6064 0.6073 0.152 % ±25.000 % 24.848 % within

L6 default law LocalThroughFlow (c_l from MF2022 Eq. 10, MARE-0110), K = 1.16, C_L(theta), tolerance 25 %

80 rows, 15 of 80 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CL(30) 0.02468 0.03853 56.110 % ±25.000 % -31.110 % outside
Sn 0.130 Re 500 CL(45) 0.0285 0.04045 41.918 % ±25.000 % -16.918 % outside
Sn 0.130 Re 500 CL(60) 0.02468 0.03153 27.726 % ±25.000 % -2.726 % outside
Sn 0.130 Re 500 CL(80) 0.009749 0.01123 15.246 % ±25.000 % 9.754 % within
Sn 0.130 Re 1000 CL(30) 0.02468 0.0336 36.119 % ±25.000 % -11.119 % outside
Sn 0.130 Re 1000 CL(45) 0.0285 0.03527 23.744 % ±25.000 % 1.256 % within
Sn 0.130 Re 1000 CL(60) 0.02468 0.02749 11.370 % ±25.000 % 13.630 % within
Sn 0.130 Re 1000 CL(80) 0.009749 0.009796 0.488 % ±25.000 % 24.512 % within
Sn 0.130 Re 2000 CL(30) 0.02468 0.03161 28.064 % ±25.000 % -3.064 % outside
Sn 0.130 Re 2000 CL(45) 0.0285 0.03318 16.421 % ±25.000 % 8.579 % within
Sn 0.130 Re 2000 CL(60) 0.02468 0.02586 4.779 % ±25.000 % 20.221 % within
Sn 0.130 Re 2000 CL(80) 0.009749 0.009217 -5.459 % ±25.000 % 19.541 % within
Sn 0.130 Re 5000 CL(30) 0.02468 0.03458 40.078 % ±25.000 % -15.078 % outside
Sn 0.130 Re 5000 CL(45) 0.0285 0.0363 27.344 % ±25.000 % -2.344 % outside
Sn 0.130 Re 5000 CL(60) 0.02468 0.02829 14.610 % ±25.000 % 10.390 % within
Sn 0.130 Re 5000 CL(80) 0.009749 0.01008 3.411 % ±25.000 % 21.589 % within
Sn 0.130 Re 10000 CL(30) 0.02468 0.03642 47.553 % ±25.000 % -22.553 % outside
Sn 0.130 Re 10000 CL(45) 0.0285 0.03823 34.139 % ±25.000 % -9.139 % outside
Sn 0.130 Re 10000 CL(60) 0.02468 0.0298 20.725 % ±25.000 % 4.275 % within
Sn 0.130 Re 10000 CL(80) 0.009749 0.01062 8.929 % ±25.000 % 16.071 % within
Sn 0.144 Re 500 CL(30) 0.03052 0.0433 41.907 % ±25.000 % -16.907 % outside
Sn 0.144 Re 500 CL(45) 0.03524 0.04546 29.006 % ±25.000 % -4.006 % outside
Sn 0.144 Re 500 CL(60) 0.03052 0.03543 16.105 % ±25.000 % 8.895 % within
Sn 0.144 Re 500 CL(80) 0.01205 0.01263 4.761 % ±25.000 % 20.239 % within
Sn 0.144 Re 1000 CL(30) 0.03052 0.03776 23.721 % ±25.000 % 1.279 % within
Sn 0.144 Re 1000 CL(45) 0.03524 0.03963 12.474 % ±25.000 % 12.526 % within
Sn 0.144 Re 1000 CL(60) 0.03052 0.03089 1.226 % ±25.000 % 23.774 % within
Sn 0.144 Re 1000 CL(80) 0.01205 0.01101 -8.664 % ±25.000 % 16.336 % within
Sn 0.144 Re 2000 CL(30) 0.03052 0.03549 16.292 % ±25.000 % 8.708 % within
Sn 0.144 Re 2000 CL(45) 0.03524 0.03725 5.720 % ±25.000 % 19.280 % within
Sn 0.144 Re 2000 CL(60) 0.03052 0.02904 -4.852 % ±25.000 % 20.148 % within
Sn 0.144 Re 2000 CL(80) 0.01205 0.01035 -14.149 % ±25.000 % 10.851 % within
Sn 0.144 Re 5000 CL(30) 0.03052 0.0388 27.128 % ±25.000 % -2.128 % outside
Sn 0.144 Re 5000 CL(45) 0.03524 0.04072 15.571 % ±25.000 % 9.429 % within
Sn 0.144 Re 5000 CL(60) 0.03052 0.03174 4.014 % ±25.000 % 20.986 % within
Sn 0.144 Re 5000 CL(80) 0.01205 0.01131 -6.149 % ±25.000 % 18.851 % within
Sn 0.144 Re 10000 CL(30) 0.03052 0.04089 33.979 % ±25.000 % -8.979 % outside
Sn 0.144 Re 10000 CL(45) 0.03524 0.04292 21.799 % ±25.000 % 3.201 % within
Sn 0.144 Re 10000 CL(60) 0.03052 0.03345 9.619 % ±25.000 % 15.381 % within
Sn 0.144 Re 10000 CL(80) 0.01205 0.01192 -1.091 % ±25.000 % 23.909 % within
Sn 0.184 Re 500 CL(30) 0.04997 0.0621 24.261 % ±25.000 % 0.739 % within
Sn 0.184 Re 500 CL(45) 0.0577 0.06519 12.965 % ±25.000 % 12.035 % within
Sn 0.184 Re 500 CL(60) 0.04997 0.05081 1.668 % ±25.000 % 23.332 % within
Sn 0.184 Re 500 CL(80) 0.01974 0.0181 -8.266 % ±25.000 % 16.734 % within
Sn 0.184 Re 1000 CL(30) 0.04997 0.05413 8.307 % ±25.000 % 16.693 % within
Sn 0.184 Re 1000 CL(45) 0.0577 0.05682 -1.539 % ±25.000 % 23.461 % within
Sn 0.184 Re 1000 CL(60) 0.04997 0.04428 -11.385 % ±25.000 % 13.615 % within
Sn 0.184 Re 1000 CL(80) 0.01974 0.01578 -20.043 % ±25.000 % 4.957 % within
Sn 0.184 Re 2000 CL(30) 0.04997 0.05074 1.542 % ±25.000 % 23.458 % within
Sn 0.184 Re 2000 CL(45) 0.0577 0.05327 -7.689 % ±25.000 % 17.311 % within
Sn 0.184 Re 2000 CL(60) 0.04997 0.04152 -16.921 % ±25.000 % 8.079 % within
Sn 0.184 Re 2000 CL(80) 0.01974 0.01479 -25.038 % ±25.000 % -0.038 % outside
Sn 0.184 Re 5000 CL(30) 0.04997 0.05538 10.816 % ±25.000 % 14.184 % within
Sn 0.184 Re 5000 CL(45) 0.0577 0.05813 0.742 % ±25.000 % 24.258 % within
Sn 0.184 Re 5000 CL(60) 0.04997 0.04531 -9.332 % ±25.000 % 15.668 % within
Sn 0.184 Re 5000 CL(80) 0.01974 0.01615 -18.191 % ±25.000 % 6.809 % within
Sn 0.184 Re 10000 CL(30) 0.04997 0.05845 16.954 % ±25.000 % 8.046 % within
Sn 0.184 Re 10000 CL(45) 0.0577 0.06135 6.322 % ±25.000 % 18.678 % within
Sn 0.184 Re 10000 CL(60) 0.04997 0.04782 -4.310 % ±25.000 % 20.690 % within
Sn 0.184 Re 10000 CL(80) 0.01974 0.01704 -13.660 % ±25.000 % 11.340 % within
Sn 0.317 Re 500 CL(30) 0.1379 0.1814 31.571 % ±25.000 % -6.571 % outside
Sn 0.317 Re 500 CL(45) 0.1592 0.1904 19.610 % ±25.000 % 5.390 % within
Sn 0.317 Re 500 CL(60) 0.1379 0.1484 7.649 % ±25.000 % 17.351 % within
Sn 0.317 Re 500 CL(80) 0.05445 0.05289 -2.869 % ±25.000 % 22.131 % within
Sn 0.317 Re 1000 CL(30) 0.1379 0.158 14.621 % ±25.000 % 10.379 % within
Sn 0.317 Re 1000 CL(45) 0.1592 0.1659 4.201 % ±25.000 % 20.799 % within
Sn 0.317 Re 1000 CL(60) 0.1379 0.1293 -6.219 % ±25.000 % 18.781 % within
Sn 0.317 Re 1000 CL(80) 0.05445 0.04608 -15.382 % ±25.000 % 9.618 % within
Sn 0.317 Re 2000 CL(30) 0.1379 0.147 6.651 % ±25.000 % 18.349 % within
Sn 0.317 Re 2000 CL(45) 0.1592 0.1544 -3.045 % ±25.000 % 21.955 % within
Sn 0.317 Re 2000 CL(60) 0.1379 0.1203 -12.740 % ±25.000 % 12.260 % within
Sn 0.317 Re 2000 CL(80) 0.05445 0.04287 -21.266 % ±25.000 % 3.734 % within
Sn 0.317 Re 5000 CL(30) 0.1379 0.1596 15.753 % ±25.000 % 9.247 % within
Sn 0.317 Re 5000 CL(45) 0.1592 0.1675 5.230 % ±25.000 % 19.770 % within
Sn 0.317 Re 5000 CL(60) 0.1379 0.1306 -5.293 % ±25.000 % 19.707 % within
Sn 0.317 Re 5000 CL(80) 0.05445 0.04653 -14.547 % ±25.000 % 10.453 % within
Sn 0.317 Re 10000 CL(30) 0.1379 0.1692 22.681 % ±25.000 % 2.319 % within
Sn 0.317 Re 10000 CL(45) 0.1592 0.1776 11.528 % ±25.000 % 13.472 % within
Sn 0.317 Re 10000 CL(60) 0.1379 0.1384 0.376 % ±25.000 % 24.624 % within
Sn 0.317 Re 10000 CL(80) 0.05445 0.04932 -9.432 % ±25.000 % 15.568 % within

L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_D(0), tolerance 25 %

20 rows, 1 of 20 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CD( 0) 0.1427 0.1775 24.355 % ±25.000 % 0.645 % within
Sn 0.130 Re 1000 CD( 0) 0.1427 0.1547 8.400 % ±25.000 % 16.600 % within
Sn 0.130 Re 2000 CD( 0) 0.1427 0.1452 1.730 % ±25.000 % 23.270 % within
Sn 0.130 Re 5000 CD( 0) 0.1427 0.1585 11.096 % ±25.000 % 13.904 % within
Sn 0.130 Re 10000 CD( 0) 0.1427 0.1672 17.185 % ±25.000 % 7.815 % within
Sn 0.144 Re 500 CD( 0) 0.1686 0.199 18.063 % ±25.000 % 6.937 % within
Sn 0.144 Re 1000 CD( 0) 0.1686 0.1735 2.902 % ±25.000 % 22.098 % within
Sn 0.144 Re 2000 CD( 0) 0.1686 0.1626 -3.550 % ±25.000 % 21.450 % within
Sn 0.144 Re 5000 CD( 0) 0.1686 0.1774 5.241 % ±25.000 % 19.759 % within
Sn 0.144 Re 10000 CD( 0) 0.1686 0.1872 11.086 % ±25.000 % 13.914 % within
Sn 0.184 Re 500 CD( 0) 0.2517 0.264 4.861 % ±25.000 % 20.139 % within
Sn 0.184 Re 1000 CD( 0) 0.2517 0.23 -8.631 % ±25.000 % 16.369 % within
Sn 0.184 Re 2000 CD( 0) 0.2517 0.2148 -14.668 % ±25.000 % 10.332 % within
Sn 0.184 Re 5000 CD( 0) 0.2517 0.2338 -7.124 % ±25.000 % 17.876 % within
Sn 0.184 Re 10000 CD( 0) 0.2517 0.2473 -1.770 % ±25.000 % 23.230 % within
Sn 0.317 Re 500 CD( 0) 0.6064 0.5296 -12.654 % ±25.000 % 12.346 % within
Sn 0.317 Re 1000 CD( 0) 0.6064 0.4614 -23.909 % ±25.000 % 1.091 % within
Sn 0.317 Re 2000 CD( 0) 0.6064 0.4257 -29.786 % ±25.000 % -4.786 % outside
Sn 0.317 Re 5000 CD( 0) 0.6064 0.4588 -24.333 % ±25.000 % 0.667 % within
Sn 0.317 Re 10000 CD( 0) 0.6064 0.4886 -19.425 % ±25.000 % 5.575 % within

L6 ScreenKF2012 a3 0.07 b4 0.10, induction on (default law's drag, Schubauer c_l), K = 1, C_L(theta), tolerance 25 %

80 rows, 31 of 80 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CL(30) 0.02468 0.03657 48.140 % ±25.000 % -23.140 % outside
Sn 0.130 Re 500 CL(45) 0.0285 0.03839 34.673 % ±25.000 % -9.673 % outside
Sn 0.130 Re 500 CL(60) 0.02468 0.02992 21.205 % ±25.000 % 3.795 % within
Sn 0.130 Re 500 CL(80) 0.009749 0.01066 9.362 % ±25.000 % 15.638 % within
Sn 0.130 Re 1000 CL(30) 0.02468 0.03185 29.012 % ±25.000 % -4.012 % outside
Sn 0.130 Re 1000 CL(45) 0.0285 0.03343 17.284 % ±25.000 % 7.716 % within
Sn 0.130 Re 1000 CL(60) 0.02468 0.02606 5.556 % ±25.000 % 19.444 % within
Sn 0.130 Re 1000 CL(80) 0.009749 0.009285 -4.758 % ±25.000 % 20.242 % within
Sn 0.130 Re 2000 CL(30) 0.02468 0.02987 21.027 % ±25.000 % 3.973 % within
Sn 0.130 Re 2000 CL(45) 0.0285 0.03136 10.024 % ±25.000 % 14.976 % within
Sn 0.130 Re 2000 CL(60) 0.02468 0.02444 -0.978 % ±25.000 % 24.022 % within
Sn 0.130 Re 2000 CL(80) 0.009749 0.00871 -10.654 % ±25.000 % 14.346 % within
Sn 0.130 Re 5000 CL(30) 0.02468 0.03264 32.242 % ±25.000 % -7.242 % outside
Sn 0.130 Re 5000 CL(45) 0.0285 0.03427 20.220 % ±25.000 % 4.780 % within
Sn 0.130 Re 5000 CL(60) 0.02468 0.02671 8.198 % ±25.000 % 16.802 % within
Sn 0.130 Re 5000 CL(80) 0.009749 0.009517 -2.374 % ±25.000 % 22.626 % within
Sn 0.130 Re 10000 CL(30) 0.02468 0.03444 39.539 % ±25.000 % -14.539 % outside
Sn 0.130 Re 10000 CL(45) 0.0285 0.03616 26.854 % ±25.000 % -1.854 % outside
Sn 0.130 Re 10000 CL(60) 0.02468 0.02818 14.169 % ±25.000 % 10.831 % within
Sn 0.130 Re 10000 CL(80) 0.009749 0.01004 3.013 % ±25.000 % 21.987 % within
Sn 0.144 Re 500 CL(30) 0.03052 0.04105 34.513 % ±25.000 % -9.513 % outside
Sn 0.144 Re 500 CL(45) 0.03524 0.04309 22.285 % ±25.000 % 2.715 % within
Sn 0.144 Re 500 CL(60) 0.03052 0.03359 10.056 % ±25.000 % 14.944 % within
Sn 0.144 Re 500 CL(80) 0.01205 0.01197 -0.697 % ±25.000 % 24.303 % within
Sn 0.144 Re 1000 CL(30) 0.03052 0.03574 17.116 % ±25.000 % 7.884 % within
Sn 0.144 Re 1000 CL(45) 0.03524 0.03752 6.469 % ±25.000 % 18.531 % within
Sn 0.144 Re 1000 CL(60) 0.03052 0.02924 -4.178 % ±25.000 % 20.822 % within
Sn 0.144 Re 1000 CL(80) 0.01205 0.01042 -13.540 % ±25.000 % 11.460 % within
Sn 0.144 Re 2000 CL(30) 0.03052 0.03348 9.723 % ±25.000 % 15.277 % within
Sn 0.144 Re 2000 CL(45) 0.03524 0.03515 -0.252 % ±25.000 % 24.748 % within
Sn 0.144 Re 2000 CL(60) 0.03052 0.0274 -10.227 % ±25.000 % 14.773 % within
Sn 0.144 Re 2000 CL(80) 0.01205 0.009762 -18.999 % ±25.000 % 6.001 % within
Sn 0.144 Re 5000 CL(30) 0.03052 0.03656 19.798 % ±25.000 % 5.202 % within
Sn 0.144 Re 5000 CL(45) 0.03524 0.03838 8.907 % ±25.000 % 16.093 % within
Sn 0.144 Re 5000 CL(60) 0.03052 0.02991 -1.983 % ±25.000 % 23.017 % within
Sn 0.144 Re 5000 CL(80) 0.01205 0.01066 -11.561 % ±25.000 % 13.439 % within
Sn 0.144 Re 10000 CL(30) 0.03052 0.0386 26.503 % ±25.000 % -1.503 % outside
Sn 0.144 Re 10000 CL(45) 0.03524 0.04052 15.003 % ±25.000 % 9.997 % within
Sn 0.144 Re 10000 CL(60) 0.03052 0.03159 3.502 % ±25.000 % 21.498 % within
Sn 0.144 Re 10000 CL(80) 0.01205 0.01126 -6.611 % ±25.000 % 18.389 % within
Sn 0.184 Re 500 CL(30) 0.04997 0.05462 9.296 % ±25.000 % 15.704 % within
Sn 0.184 Re 500 CL(45) 0.0577 0.05734 -0.640 % ±25.000 % 24.360 % within
Sn 0.184 Re 500 CL(60) 0.04997 0.04469 -10.576 % ±25.000 % 14.424 % within
Sn 0.184 Re 500 CL(80) 0.01974 0.01592 -19.313 % ±25.000 % 5.687 % within
Sn 0.184 Re 1000 CL(30) 0.04997 0.04752 -4.904 % ±25.000 % 20.096 % within
Sn 0.184 Re 1000 CL(45) 0.0577 0.04989 -13.549 % ±25.000 % 11.451 % within
Sn 0.184 Re 1000 CL(60) 0.04997 0.03888 -22.194 % ±25.000 % 2.806 % within
Sn 0.184 Re 1000 CL(80) 0.01974 0.01386 -29.797 % ±25.000 % -4.797 % outside
Sn 0.184 Re 2000 CL(30) 0.04997 0.04435 -11.245 % ±25.000 % 13.755 % within
Sn 0.184 Re 2000 CL(45) 0.0577 0.04656 -19.314 % ±25.000 % 5.686 % within
Sn 0.184 Re 2000 CL(60) 0.04997 0.03629 -27.382 % ±25.000 % -2.382 % outside
Sn 0.184 Re 2000 CL(80) 0.01974 0.01293 -34.478 % ±25.000 % -9.478 % outside
Sn 0.184 Re 5000 CL(30) 0.04997 0.04831 -3.320 % ±25.000 % 21.680 % within
Sn 0.184 Re 5000 CL(45) 0.0577 0.05072 -12.109 % ±25.000 % 12.891 % within
Sn 0.184 Re 5000 CL(60) 0.04997 0.03953 -20.898 % ±25.000 % 4.102 % within
Sn 0.184 Re 5000 CL(80) 0.01974 0.01409 -28.627 % ±25.000 % -3.627 % outside
Sn 0.184 Re 10000 CL(30) 0.04997 0.05113 2.312 % ±25.000 % 22.688 % within
Sn 0.184 Re 10000 CL(45) 0.0577 0.05367 -6.989 % ±25.000 % 18.011 % within
Sn 0.184 Re 10000 CL(60) 0.04997 0.04183 -16.290 % ±25.000 % 8.710 % within
Sn 0.184 Re 10000 CL(80) 0.01974 0.01491 -24.469 % ±25.000 % 0.531 % within
Sn 0.317 Re 500 CL(30) 0.1379 0.1112 -19.376 % ±25.000 % 5.624 % within
Sn 0.317 Re 500 CL(45) 0.1592 0.1167 -26.706 % ±25.000 % -1.706 % outside
Sn 0.317 Re 500 CL(60) 0.1379 0.09095 -34.035 % ±25.000 % -9.035 % outside
Sn 0.317 Re 500 CL(80) 0.05445 0.03241 -40.481 % ±25.000 % -15.481 % outside
Sn 0.317 Re 1000 CL(30) 0.1379 0.09653 -29.988 % ±25.000 % -4.988 % outside
Sn 0.317 Re 1000 CL(45) 0.1592 0.1013 -36.352 % ±25.000 % -11.352 % outside
Sn 0.317 Re 1000 CL(60) 0.1379 0.07898 -42.717 % ±25.000 % -17.717 % outside
Sn 0.317 Re 1000 CL(80) 0.05445 0.02814 -48.314 % ±25.000 % -23.314 % outside
Sn 0.317 Re 2000 CL(30) 0.1379 0.08893 -35.503 % ±25.000 % -10.503 % outside
Sn 0.317 Re 2000 CL(45) 0.1592 0.09335 -41.366 % ±25.000 % -16.366 % outside
Sn 0.317 Re 2000 CL(60) 0.1379 0.07276 -47.229 % ±25.000 % -22.229 % outside
Sn 0.317 Re 2000 CL(80) 0.05445 0.02593 -52.386 % ±25.000 % -27.386 % outside
Sn 0.317 Re 5000 CL(30) 0.1379 0.09598 -30.386 % ±25.000 % -5.386 % outside
Sn 0.317 Re 5000 CL(45) 0.1592 0.1008 -36.714 % ±25.000 % -11.714 % outside
Sn 0.317 Re 5000 CL(60) 0.1379 0.07853 -43.043 % ±25.000 % -18.043 % outside
Sn 0.317 Re 5000 CL(80) 0.05445 0.02798 -48.608 % ±25.000 % -23.608 % outside
Sn 0.317 Re 10000 CL(30) 0.1379 0.1024 -25.768 % ±25.000 % -0.768 % outside
Sn 0.317 Re 10000 CL(45) 0.1592 0.1074 -32.516 % ±25.000 % -7.516 % outside
Sn 0.317 Re 10000 CL(60) 0.1379 0.08374 -39.265 % ±25.000 % -14.265 % outside
Sn 0.317 Re 10000 CL(80) 0.05445 0.02984 -45.199 % ±25.000 % -20.199 % outside

L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_D(0), tolerance 25 %

20 rows, 1 of 20 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CD( 0) 0.1427 0.1851 29.706 % ±25.000 % -4.706 % outside
Sn 0.130 Re 1000 CD( 0) 0.1427 0.1614 13.121 % ±25.000 % 11.879 % within
Sn 0.130 Re 2000 CD( 0) 0.1427 0.1521 6.612 % ±25.000 % 18.388 % within
Sn 0.130 Re 5000 CD( 0) 0.1427 0.1666 16.738 % ±25.000 % 8.262 % within
Sn 0.130 Re 10000 CD( 0) 0.1427 0.1753 22.851 % ±25.000 % 2.149 % within
Sn 0.144 Re 500 CD( 0) 0.1686 0.2102 24.705 % ±25.000 % 0.295 % within
Sn 0.144 Re 1000 CD( 0) 0.1686 0.1833 8.760 % ±25.000 % 16.240 % within
Sn 0.144 Re 2000 CD( 0) 0.1686 0.1728 2.501 % ±25.000 % 22.499 % within
Sn 0.144 Re 5000 CD( 0) 0.1686 0.1892 12.237 % ±25.000 % 12.763 % within
Sn 0.144 Re 10000 CD( 0) 0.1686 0.1991 18.114 % ±25.000 % 6.886 % within
Sn 0.184 Re 500 CD( 0) 0.2517 0.2892 14.883 % ±25.000 % 10.117 % within
Sn 0.184 Re 1000 CD( 0) 0.2517 0.2522 0.194 % ±25.000 % 24.806 % within
Sn 0.184 Re 2000 CD( 0) 0.2517 0.2377 -5.572 % ±25.000 % 19.428 % within
Sn 0.184 Re 5000 CD( 0) 0.2517 0.2603 3.397 % ±25.000 % 21.603 % within
Sn 0.184 Re 10000 CD( 0) 0.2517 0.2739 8.811 % ±25.000 % 16.189 % within
Sn 0.317 Re 500 CD( 0) 0.6064 0.6591 8.699 % ±25.000 % 16.301 % within
Sn 0.317 Re 1000 CD( 0) 0.6064 0.5748 -5.200 % ±25.000 % 19.800 % within
Sn 0.317 Re 2000 CD( 0) 0.6064 0.5417 -10.655 % ±25.000 % 14.345 % within
Sn 0.317 Re 5000 CD( 0) 0.6064 0.5932 -2.169 % ±25.000 % 22.831 % within
Sn 0.317 Re 10000 CD( 0) 0.6064 0.6243 2.954 % ±25.000 % 22.046 % within

L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1, C_L(theta), tolerance 25 %

80 rows, 23 of 80 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CL(30) 0.02468 0.03814 54.509 % ±25.000 % -29.509 % outside
Sn 0.130 Re 500 CL(45) 0.0285 0.04004 40.463 % ±25.000 % -15.463 % outside
Sn 0.130 Re 500 CL(60) 0.02468 0.03121 26.416 % ±25.000 % -1.416 % outside
Sn 0.130 Re 500 CL(80) 0.009749 0.01112 14.064 % ±25.000 % 10.936 % within
Sn 0.130 Re 1000 CL(30) 0.02468 0.03323 34.628 % ±25.000 % -9.628 % outside
Sn 0.130 Re 1000 CL(45) 0.0285 0.03488 22.389 % ±25.000 % 2.611 % within
Sn 0.130 Re 1000 CL(60) 0.02468 0.02719 10.150 % ±25.000 % 14.850 % within
Sn 0.130 Re 1000 CL(80) 0.009749 0.009689 -0.613 % ±25.000 % 24.387 % within
Sn 0.130 Re 2000 CL(30) 0.02468 0.03131 26.834 % ±25.000 % -1.834 % outside
Sn 0.130 Re 2000 CL(45) 0.0285 0.03287 15.304 % ±25.000 % 9.696 % within
Sn 0.130 Re 2000 CL(60) 0.02468 0.02562 3.774 % ±25.000 % 21.226 % within
Sn 0.130 Re 2000 CL(80) 0.009749 0.009128 -6.366 % ±25.000 % 18.634 % within
Sn 0.130 Re 5000 CL(30) 0.02468 0.0343 38.960 % ±25.000 % -13.960 % outside
Sn 0.130 Re 5000 CL(45) 0.0285 0.03601 26.327 % ±25.000 % -1.327 % outside
Sn 0.130 Re 5000 CL(60) 0.02468 0.02807 13.695 % ±25.000 % 11.305 % within
Sn 0.130 Re 5000 CL(80) 0.009749 0.01 2.586 % ±25.000 % 22.414 % within
Sn 0.130 Re 10000 CL(30) 0.02468 0.03611 46.287 % ±25.000 % -21.287 % outside
Sn 0.130 Re 10000 CL(45) 0.0285 0.03791 32.988 % ±25.000 % -7.988 % outside
Sn 0.130 Re 10000 CL(60) 0.02468 0.02954 19.689 % ±25.000 % 5.311 % within
Sn 0.130 Re 10000 CL(80) 0.009749 0.01053 7.995 % ±25.000 % 17.005 % within
Sn 0.144 Re 500 CL(30) 0.03052 0.04336 42.075 % ±25.000 % -17.075 % outside
Sn 0.144 Re 500 CL(45) 0.03524 0.04551 29.159 % ±25.000 % -4.159 % outside
Sn 0.144 Re 500 CL(60) 0.03052 0.03547 16.243 % ±25.000 % 8.757 % within
Sn 0.144 Re 500 CL(80) 0.01205 0.01264 4.885 % ±25.000 % 20.115 % within
Sn 0.144 Re 1000 CL(30) 0.03052 0.03777 23.778 % ±25.000 % 1.222 % within
Sn 0.144 Re 1000 CL(45) 0.03524 0.03965 12.526 % ±25.000 % 12.474 % within
Sn 0.144 Re 1000 CL(60) 0.03052 0.03091 1.273 % ±25.000 % 23.727 % within
Sn 0.144 Re 1000 CL(80) 0.01205 0.01101 -8.622 % ±25.000 % 16.378 % within
Sn 0.144 Re 2000 CL(30) 0.03052 0.03558 16.607 % ±25.000 % 8.393 % within
Sn 0.144 Re 2000 CL(45) 0.03524 0.03735 6.007 % ±25.000 % 18.993 % within
Sn 0.144 Re 2000 CL(60) 0.03052 0.02911 -4.594 % ±25.000 % 20.406 % within
Sn 0.144 Re 2000 CL(80) 0.01205 0.01037 -13.916 % ±25.000 % 11.084 % within
Sn 0.144 Re 5000 CL(30) 0.03052 0.03899 27.765 % ±25.000 % -2.765 % outside
Sn 0.144 Re 5000 CL(45) 0.03524 0.04093 16.150 % ±25.000 % 8.850 % within
Sn 0.144 Re 5000 CL(60) 0.03052 0.0319 4.535 % ±25.000 % 20.465 % within
Sn 0.144 Re 5000 CL(80) 0.01205 0.01137 -5.679 % ±25.000 % 19.321 % within
Sn 0.144 Re 10000 CL(30) 0.03052 0.04105 34.508 % ±25.000 % -9.508 % outside
Sn 0.144 Re 10000 CL(45) 0.03524 0.04309 22.280 % ±25.000 % 2.720 % within
Sn 0.144 Re 10000 CL(60) 0.03052 0.03358 10.052 % ±25.000 % 14.948 % within
Sn 0.144 Re 10000 CL(80) 0.01205 0.01197 -0.701 % ±25.000 % 24.299 % within
Sn 0.184 Re 500 CL(30) 0.04997 0.05983 19.729 % ±25.000 % 5.271 % within
Sn 0.184 Re 500 CL(45) 0.0577 0.06281 8.845 % ±25.000 % 16.155 % within
Sn 0.184 Re 500 CL(60) 0.04997 0.04895 -2.040 % ±25.000 % 22.960 % within
Sn 0.184 Re 500 CL(80) 0.01974 0.01744 -11.611 % ±25.000 % 13.389 % within
Sn 0.184 Re 1000 CL(30) 0.04997 0.05211 4.271 % ±25.000 % 20.729 % within
Sn 0.184 Re 1000 CL(45) 0.0577 0.0547 -5.208 % ±25.000 % 19.792 % within
Sn 0.184 Re 1000 CL(60) 0.04997 0.04263 -14.687 % ±25.000 % 10.313 % within
Sn 0.184 Re 1000 CL(80) 0.01974 0.01519 -23.023 % ±25.000 % 1.977 % within
Sn 0.184 Re 2000 CL(30) 0.04997 0.04908 -1.784 % ±25.000 % 23.216 % within
Sn 0.184 Re 2000 CL(45) 0.0577 0.05152 -10.713 % ±25.000 % 14.287 % within
Sn 0.184 Re 2000 CL(60) 0.04997 0.04016 -19.642 % ±25.000 % 5.358 % within
Sn 0.184 Re 2000 CL(80) 0.01974 0.01431 -27.494 % ±25.000 % -2.494 % outside
Sn 0.184 Re 5000 CL(30) 0.04997 0.05379 7.638 % ±25.000 % 17.362 % within
Sn 0.184 Re 5000 CL(45) 0.0577 0.05647 -2.147 % ±25.000 % 22.853 % within
Sn 0.184 Re 5000 CL(60) 0.04997 0.04401 -11.932 % ±25.000 % 13.068 % within
Sn 0.184 Re 5000 CL(80) 0.01974 0.01568 -20.537 % ±25.000 % 4.463 % within
Sn 0.184 Re 10000 CL(30) 0.04997 0.05664 13.335 % ±25.000 % 11.665 % within
Sn 0.184 Re 10000 CL(45) 0.0577 0.05945 3.032 % ±25.000 % 21.968 % within
Sn 0.184 Re 10000 CL(60) 0.04997 0.04634 -7.272 % ±25.000 % 17.728 % within
Sn 0.184 Re 10000 CL(80) 0.01974 0.01651 -16.332 % ±25.000 % 8.668 % within
Sn 0.317 Re 500 CL(30) 0.1379 0.1383 0.278 % ±25.000 % 24.722 % within
Sn 0.317 Re 500 CL(45) 0.1592 0.1451 -8.838 % ±25.000 % 16.162 % within
Sn 0.317 Re 500 CL(60) 0.1379 0.1131 -17.954 % ±25.000 % 7.046 % within
Sn 0.317 Re 500 CL(80) 0.05445 0.04031 -25.971 % ±25.000 % -0.971 % outside
Sn 0.317 Re 1000 CL(30) 0.1379 0.1202 -12.813 % ±25.000 % 12.187 % within
Sn 0.317 Re 1000 CL(45) 0.1592 0.1262 -20.739 % ±25.000 % 4.261 % within
Sn 0.317 Re 1000 CL(60) 0.1379 0.09836 -28.665 % ±25.000 % -3.665 % outside
Sn 0.317 Re 1000 CL(80) 0.05445 0.03505 -35.635 % ±25.000 % -10.635 % outside
Sn 0.317 Re 2000 CL(30) 0.1379 0.1132 -17.931 % ±25.000 % 7.069 % within
Sn 0.317 Re 2000 CL(45) 0.1592 0.1188 -25.391 % ±25.000 % -0.391 % outside
Sn 0.317 Re 2000 CL(60) 0.1379 0.09258 -32.852 % ±25.000 % -7.852 % outside
Sn 0.317 Re 2000 CL(80) 0.05445 0.03299 -39.413 % ±25.000 % -14.413 % outside
Sn 0.317 Re 5000 CL(30) 0.1379 0.1241 -9.965 % ±25.000 % 15.035 % within
Sn 0.317 Re 5000 CL(45) 0.1592 0.1303 -18.150 % ±25.000 % 6.850 % within
Sn 0.317 Re 5000 CL(60) 0.1379 0.1016 -26.335 % ±25.000 % -1.335 % outside
Sn 0.317 Re 5000 CL(80) 0.05445 0.03619 -33.533 % ±25.000 % -8.533 % outside
Sn 0.317 Re 10000 CL(30) 0.1379 0.1308 -5.142 % ±25.000 % 19.858 % within
Sn 0.317 Re 10000 CL(45) 0.1592 0.1373 -13.766 % ±25.000 % 11.234 % within
Sn 0.317 Re 10000 CL(60) 0.1379 0.107 -22.389 % ±25.000 % 2.611 % within
Sn 0.317 Re 10000 CL(80) 0.05445 0.03813 -29.972 % ±25.000 % -4.972 % outside

L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_D(0), tolerance 25 %

20 rows, 6 of 20 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CD( 0) 0.1427 0.2087 46.254 % ±25.000 % -21.254 % outside
Sn 0.130 Re 1000 CD( 0) 0.1427 0.182 27.525 % ±25.000 % -2.525 % outside
Sn 0.130 Re 2000 CD( 0) 0.1427 0.1712 19.979 % ±25.000 % 5.021 % within
Sn 0.130 Re 5000 CD( 0) 0.1427 0.1873 31.235 % ±25.000 % -6.235 % outside
Sn 0.130 Re 10000 CD( 0) 0.1427 0.1973 38.237 % ±25.000 % -13.237 % outside
Sn 0.144 Re 500 CD( 0) 0.1686 0.2345 39.146 % ±25.000 % -14.146 % outside
Sn 0.144 Re 1000 CD( 0) 0.1686 0.2045 21.314 % ±25.000 % 3.686 % within
Sn 0.144 Re 2000 CD( 0) 0.1686 0.1922 14.029 % ±25.000 % 10.971 % within
Sn 0.144 Re 5000 CD( 0) 0.1686 0.2101 24.655 % ±25.000 % 0.345 % within
Sn 0.144 Re 10000 CD( 0) 0.1686 0.2214 31.372 % ±25.000 % -6.372 % outside
Sn 0.184 Re 500 CD( 0) 0.2517 0.3133 24.438 % ±25.000 % 0.562 % within
Sn 0.184 Re 1000 CD( 0) 0.2517 0.273 8.462 % ±25.000 % 16.538 % within
Sn 0.184 Re 2000 CD( 0) 0.2517 0.256 1.686 % ±25.000 % 23.314 % within
Sn 0.184 Re 5000 CD( 0) 0.2517 0.2794 10.974 % ±25.000 % 14.026 % within
Sn 0.184 Re 10000 CD( 0) 0.2517 0.2948 17.121 % ±25.000 % 7.879 % within
Sn 0.317 Re 500 CD( 0) 0.6064 0.6513 7.409 % ±25.000 % 17.591 % within
Sn 0.317 Re 1000 CD( 0) 0.6064 0.5674 -6.428 % ±25.000 % 18.572 % within
Sn 0.317 Re 2000 CD( 0) 0.6064 0.5279 -12.935 % ±25.000 % 12.065 % within
Sn 0.317 Re 5000 CD( 0) 0.6064 0.573 -5.505 % ±25.000 % 19.495 % within
Sn 0.317 Re 10000 CD( 0) 0.6064 0.6073 0.152 % ±25.000 % 24.848 % within

L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %

80 rows, 34 of 80 outside the tolerance.

Chart: L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %; L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %.

Model minus measurement per case with the tolerance band L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 % tolerance ±25 % 0 50 model / measured − 1 [%]; shaded: tolerance Sn 0.130 Re 500 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(30): measured 0.02468, model 0.04307, error 74.482 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(30): measured 0.02468, model 0.04577, error 85.413 %, tolerance ±25 % Sn 0.130 Re 500 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(45): measured 0.0285, model 0.04521, error 58.620 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(45): measured 0.0285, model 0.04804, error 68.558 %, tolerance ±25 % Sn 0.130 Re 500 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(60): measured 0.02468, model 0.03524, error 42.758 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(60): measured 0.02468, model 0.03745, error 51.702 %, tolerance ±25 % Sn 0.130 Re 500 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(80): measured 0.009749, model 0.01256, error 28.809 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 500 CL(80): measured 0.009749, model 0.01334, error 36.879 %, tolerance ±25 % Sn 0.130 Re 1000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(30): measured 0.02468, model 0.03751, error 51.969 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(30): measured 0.02468, model 0.0399, error 61.636 %, tolerance ±25 % Sn 0.130 Re 1000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(45): measured 0.0285, model 0.03938, error 38.153 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(45): measured 0.0285, model 0.04188, error 46.942 %, tolerance ±25 % Sn 0.130 Re 1000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(60): measured 0.02468, model 0.03069, error 24.338 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(60): measured 0.02468, model 0.03264, error 32.248 %, tolerance ±25 % Sn 0.130 Re 1000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(80): measured 0.009749, model 0.01094, error 12.189 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 1000 CL(80): measured 0.009749, model 0.01163, error 19.326 %, tolerance ±25 % Sn 0.130 Re 2000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(30): measured 0.02468, model 0.03528, error 42.911 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(30): measured 0.02468, model 0.03776, error 52.955 %, tolerance ±25 % Sn 0.130 Re 2000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(45): measured 0.0285, model 0.03703, error 29.919 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(45): measured 0.0285, model 0.03963, error 39.050 %, tolerance ±25 % Sn 0.130 Re 2000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(60): measured 0.02468, model 0.02886, error 16.927 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(60): measured 0.02468, model 0.03089, error 25.145 %, tolerance ±25 % Sn 0.130 Re 2000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(80): measured 0.009749, model 0.01029, error 5.502 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 2000 CL(80): measured 0.009749, model 0.01101, error 12.917 %, tolerance ±25 % Sn 0.130 Re 5000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(30): measured 0.02468, model 0.03861, error 56.424 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(30): measured 0.02468, model 0.04148, error 68.027 %, tolerance ±25 % Sn 0.130 Re 5000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(45): measured 0.0285, model 0.04053, error 42.203 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(45): measured 0.0285, model 0.04354, error 52.752 %, tolerance ±25 % Sn 0.130 Re 5000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(60): measured 0.02468, model 0.03159, error 27.983 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(60): measured 0.02468, model 0.03394, error 37.477 %, tolerance ±25 % Sn 0.130 Re 5000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(80): measured 0.009749, model 0.01126, error 15.478 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 5000 CL(80): measured 0.009749, model 0.01209, error 24.044 %, tolerance ±25 % Sn 0.130 Re 10000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(30): measured 0.02468, model 0.04069, error 64.839 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(30): measured 0.02468, model 0.04354, error 76.373 %, tolerance ±25 % Sn 0.130 Re 10000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(45): measured 0.0285, model 0.04271, error 49.854 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(45): measured 0.0285, model 0.0457, error 60.339 %, tolerance ±25 % Sn 0.130 Re 10000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(60): measured 0.02468, model 0.03329, error 34.868 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(60): measured 0.02468, model 0.03562, error 44.305 %, tolerance ±25 % Sn 0.130 Re 10000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(80): measured 0.009749, model 0.01186, error 21.691 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.130 Re 10000 CL(80): measured 0.009749, model 0.01269, error 30.205 %, tolerance ±25 % Sn 0.144 Re 500 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(30): measured 0.03052, model 0.04846, error 58.803 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(30): measured 0.03052, model 0.05226, error 71.259 %, tolerance ±25 % Sn 0.144 Re 500 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(45): measured 0.03524, model 0.05087, error 44.367 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(45): measured 0.03524, model 0.05486, error 55.690 %, tolerance ±25 % Sn 0.144 Re 500 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(60): measured 0.03052, model 0.03965, error 29.930 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(60): measured 0.03052, model 0.04276, error 40.121 %, tolerance ±25 % Sn 0.144 Re 500 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(80): measured 0.01205, model 0.01413, error 17.235 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 500 CL(80): measured 0.01205, model 0.01524, error 26.430 %, tolerance ±25 % Sn 0.144 Re 1000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(30): measured 0.03052, model 0.0422, error 38.277 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(30): measured 0.03052, model 0.04556, error 49.289 %, tolerance ±25 % Sn 0.144 Re 1000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(45): measured 0.03524, model 0.0443, error 25.706 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(45): measured 0.03524, model 0.04782, error 35.717 %, tolerance ±25 % Sn 0.144 Re 1000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(60): measured 0.03052, model 0.03453, error 13.135 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(60): measured 0.03052, model 0.03727, error 22.146 %, tolerance ±25 % Sn 0.144 Re 1000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(80): measured 0.01205, model 0.0123, error 2.081 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 1000 CL(80): measured 0.01205, model 0.01328, error 10.211 %, tolerance ±25 % Sn 0.144 Re 2000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(30): measured 0.03052, model 0.03964, error 29.906 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(30): measured 0.03052, model 0.04313, error 41.345 %, tolerance ±25 % Sn 0.144 Re 2000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(45): measured 0.03524, model 0.04161, error 18.096 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(45): measured 0.03524, model 0.04528, error 28.495 %, tolerance ±25 % Sn 0.144 Re 2000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(60): measured 0.03052, model 0.03243, error 6.286 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(60): measured 0.03052, model 0.03529, error 15.646 %, tolerance ±25 % Sn 0.144 Re 2000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(80): measured 0.01205, model 0.01156, error -4.099 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 2000 CL(80): measured 0.01205, model 0.01258, error 4.346 %, tolerance ±25 % Sn 0.144 Re 5000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(30): measured 0.03052, model 0.04337, error 42.118 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(30): measured 0.03052, model 0.0474, error 55.337 %, tolerance ±25 % Sn 0.144 Re 5000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(45): measured 0.03524, model 0.04553, error 29.198 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(45): measured 0.03524, model 0.04976, error 41.215 %, tolerance ±25 % Sn 0.144 Re 5000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(60): measured 0.03052, model 0.03548, error 16.279 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(60): measured 0.03052, model 0.03878, error 27.094 %, tolerance ±25 % Sn 0.144 Re 5000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(80): measured 0.01205, model 0.01264, error 4.917 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 5000 CL(80): measured 0.01205, model 0.01382, error 14.676 %, tolerance ±25 % Sn 0.144 Re 10000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(30): measured 0.03052, model 0.04573, error 49.849 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(30): measured 0.03052, model 0.04974, error 63.000 %, tolerance ±25 % Sn 0.144 Re 10000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(45): measured 0.03524, model 0.048, error 36.226 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(45): measured 0.03524, model 0.05222, error 48.182 %, tolerance ±25 % Sn 0.144 Re 10000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(60): measured 0.03052, model 0.03741, error 22.604 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(60): measured 0.03052, model 0.0407, error 33.363 %, tolerance ±25 % Sn 0.144 Re 10000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(80): measured 0.01205, model 0.01333, error 10.624 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.144 Re 10000 CL(80): measured 0.01205, model 0.0145, error 20.332 %, tolerance ±25 % Sn 0.184 Re 500 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(30): measured 0.04997, model 0.06498, error 30.026 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(30): measured 0.04997, model 0.07314, error 46.355 %, tolerance ±25 % Sn 0.184 Re 500 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(45): measured 0.0577, model 0.06821, error 18.206 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(45): measured 0.0577, model 0.07678, error 33.050 %, tolerance ±25 % Sn 0.184 Re 500 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(60): measured 0.04997, model 0.05316, error 6.385 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(60): measured 0.04997, model 0.05984, error 19.745 %, tolerance ±25 % Sn 0.184 Re 500 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(80): measured 0.01974, model 0.01894, error -4.010 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 500 CL(80): measured 0.01974, model 0.02132, error 8.044 %, tolerance ±25 % Sn 0.184 Re 1000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(30): measured 0.04997, model 0.05654, error 13.134 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(30): measured 0.04997, model 0.06375, error 27.560 %, tolerance ±25 % Sn 0.184 Re 1000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(45): measured 0.0577, model 0.05935, error 2.849 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(45): measured 0.0577, model 0.06692, error 15.964 %, tolerance ±25 % Sn 0.184 Re 1000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(60): measured 0.04997, model 0.04626, error -7.436 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(60): measured 0.04997, model 0.05216, error 4.367 %, tolerance ±25 % Sn 0.184 Re 1000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(80): measured 0.01974, model 0.01648, error -16.480 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 1000 CL(80): measured 0.01974, model 0.01859, error -5.830 %, tolerance ±25 % Sn 0.184 Re 2000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(30): measured 0.04997, model 0.05297, error 5.987 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(30): measured 0.04997, model 0.06045, error 20.967 %, tolerance ±25 % Sn 0.184 Re 2000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(45): measured 0.0577, model 0.0556, error -3.648 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(45): measured 0.0577, model 0.06346, error 9.970 %, tolerance ±25 % Sn 0.184 Re 2000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(60): measured 0.04997, model 0.04334, error -13.283 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(60): measured 0.04997, model 0.04946, error -1.027 %, tolerance ±25 % Sn 0.184 Re 2000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(80): measured 0.01974, model 0.01544, error -21.756 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 2000 CL(80): measured 0.01974, model 0.01762, error -10.697 %, tolerance ±25 % Sn 0.184 Re 5000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(30): measured 0.04997, model 0.05786, error 15.786 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(30): measured 0.04997, model 0.06652, error 33.107 %, tolerance ±25 % Sn 0.184 Re 5000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(45): measured 0.0577, model 0.06074, error 5.260 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(45): measured 0.0577, model 0.06983, error 21.006 %, tolerance ±25 % Sn 0.184 Re 5000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(60): measured 0.04997, model 0.04734, error -5.266 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(60): measured 0.04997, model 0.05442, error 8.905 %, tolerance ±25 % Sn 0.184 Re 5000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(80): measured 0.01974, model 0.01687, error -14.522 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 5000 CL(80): measured 0.01974, model 0.01939, error -1.736 %, tolerance ±25 % Sn 0.184 Re 10000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(30): measured 0.04997, model 0.06111, error 22.282 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(30): measured 0.04997, model 0.06973, error 39.535 %, tolerance ±25 % Sn 0.184 Re 10000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(45): measured 0.0577, model 0.06415, error 11.166 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(45): measured 0.0577, model 0.0732, error 26.850 %, tolerance ±25 % Sn 0.184 Re 10000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(60): measured 0.04997, model 0.05, error 0.049 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(60): measured 0.04997, model 0.05705, error 14.165 %, tolerance ±25 % Sn 0.184 Re 10000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(80): measured 0.01974, model 0.01782, error -9.727 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.184 Re 10000 CL(80): measured 0.01974, model 0.02033, error 3.010 %, tolerance ±25 % Sn 0.317 Re 500 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(30): measured 0.1379, model 0.1377, error -0.136 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(30): measured 0.1379, model 0.18, error 30.551 %, tolerance ±25 % Sn 0.317 Re 500 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(45): measured 0.1592, model 0.1445, error -9.215 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(45): measured 0.1592, model 0.189, error 18.683 %, tolerance ±25 % Sn 0.317 Re 500 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(60): measured 0.1379, model 0.1127, error -18.293 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(60): measured 0.1379, model 0.1473, error 6.815 %, tolerance ±25 % Sn 0.317 Re 500 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(80): measured 0.05445, model 0.04014, error -26.277 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 500 CL(80): measured 0.05445, model 0.05248, error -3.622 %, tolerance ±25 % Sn 0.317 Re 1000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(30): measured 0.1379, model 0.1195, error -13.350 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(30): measured 0.1379, model 0.1568, error 13.729 %, tolerance ±25 % Sn 0.317 Re 1000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(45): measured 0.1592, model 0.1254, error -21.227 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(45): measured 0.1592, model 0.1646, error 3.390 %, tolerance ±25 % Sn 0.317 Re 1000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(60): measured 0.1379, model 0.09775, error -29.104 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(60): measured 0.1379, model 0.1283, error -6.949 %, tolerance ±25 % Sn 0.317 Re 1000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(80): measured 0.05445, model 0.03483, error -36.031 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 1000 CL(80): measured 0.05445, model 0.04572, error -16.041 %, tolerance ±25 % Sn 0.317 Re 2000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(30): measured 0.1379, model 0.111, error -19.529 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(30): measured 0.1379, model 0.1498, error 8.616 %, tolerance ±25 % Sn 0.317 Re 2000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(45): measured 0.1592, model 0.1165, error -26.844 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(45): measured 0.1592, model 0.1572, error -1.258 %, tolerance ±25 % Sn 0.317 Re 2000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(60): measured 0.1379, model 0.09078, error -34.160 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(60): measured 0.1379, model 0.1225, error -11.132 %, tolerance ±25 % Sn 0.317 Re 2000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(80): measured 0.05445, model 0.03235, error -40.593 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 2000 CL(80): measured 0.05445, model 0.04366, error -19.815 %, tolerance ±25 % Sn 0.317 Re 5000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(30): measured 0.1379, model 0.1207, error -12.471 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(30): measured 0.1379, model 0.1656, error 20.124 %, tolerance ±25 % Sn 0.317 Re 5000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(45): measured 0.1592, model 0.1267, error -20.428 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(45): measured 0.1592, model 0.1739, error 9.204 %, tolerance ±25 % Sn 0.317 Re 5000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(60): measured 0.1379, model 0.09874, error -28.385 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(60): measured 0.1379, model 0.1355, error -1.717 %, tolerance ±25 % Sn 0.317 Re 5000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(80): measured 0.05445, model 0.03519, error -35.383 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 5000 CL(80): measured 0.05445, model 0.04829, error -11.320 %, tolerance ±25 % Sn 0.317 Re 10000 CL(30) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(30): measured 0.1379, model 0.1281, error -7.079 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(30): measured 0.1379, model 0.1729, error 25.405 %, tolerance ±25 % Sn 0.317 Re 10000 CL(45) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(45): measured 0.1592, model 0.1345, error -15.526 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(45): measured 0.1592, model 0.1815, error 14.005 %, tolerance ±25 % Sn 0.317 Re 10000 CL(60) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(60): measured 0.1379, model 0.1048, error -23.973 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(60): measured 0.1379, model 0.1415, error 2.604 %, tolerance ±25 % Sn 0.317 Re 10000 CL(80) L6 ScreenKF2012 a3 0.07 b4 0.10, induction on, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(80): measured 0.05445, model 0.03735, error -31.402 %, tolerance ±25 % L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %: Sn 0.317 Re 10000 CL(80): measured 0.05445, model 0.05041, error -7.421 %, tolerance ±25 %

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CL(30) 0.02468 0.04307 74.482 % ±25.000 % -49.482 % outside
Sn 0.130 Re 500 CL(45) 0.0285 0.04521 58.620 % ±25.000 % -33.620 % outside
Sn 0.130 Re 500 CL(60) 0.02468 0.03524 42.758 % ±25.000 % -17.758 % outside
Sn 0.130 Re 500 CL(80) 0.009749 0.01256 28.809 % ±25.000 % -3.809 % outside
Sn 0.130 Re 1000 CL(30) 0.02468 0.03751 51.969 % ±25.000 % -26.969 % outside
Sn 0.130 Re 1000 CL(45) 0.0285 0.03938 38.153 % ±25.000 % -13.153 % outside
Sn 0.130 Re 1000 CL(60) 0.02468 0.03069 24.338 % ±25.000 % 0.662 % within
Sn 0.130 Re 1000 CL(80) 0.009749 0.01094 12.189 % ±25.000 % 12.811 % within
Sn 0.130 Re 2000 CL(30) 0.02468 0.03528 42.911 % ±25.000 % -17.911 % outside
Sn 0.130 Re 2000 CL(45) 0.0285 0.03703 29.919 % ±25.000 % -4.919 % outside
Sn 0.130 Re 2000 CL(60) 0.02468 0.02886 16.927 % ±25.000 % 8.073 % within
Sn 0.130 Re 2000 CL(80) 0.009749 0.01029 5.502 % ±25.000 % 19.498 % within
Sn 0.130 Re 5000 CL(30) 0.02468 0.03861 56.424 % ±25.000 % -31.424 % outside
Sn 0.130 Re 5000 CL(45) 0.0285 0.04053 42.203 % ±25.000 % -17.203 % outside
Sn 0.130 Re 5000 CL(60) 0.02468 0.03159 27.983 % ±25.000 % -2.983 % outside
Sn 0.130 Re 5000 CL(80) 0.009749 0.01126 15.478 % ±25.000 % 9.522 % within
Sn 0.130 Re 10000 CL(30) 0.02468 0.04069 64.839 % ±25.000 % -39.839 % outside
Sn 0.130 Re 10000 CL(45) 0.0285 0.04271 49.854 % ±25.000 % -24.854 % outside
Sn 0.130 Re 10000 CL(60) 0.02468 0.03329 34.868 % ±25.000 % -9.868 % outside
Sn 0.130 Re 10000 CL(80) 0.009749 0.01186 21.691 % ±25.000 % 3.309 % within
Sn 0.144 Re 500 CL(30) 0.03052 0.04846 58.803 % ±25.000 % -33.803 % outside
Sn 0.144 Re 500 CL(45) 0.03524 0.05087 44.367 % ±25.000 % -19.367 % outside
Sn 0.144 Re 500 CL(60) 0.03052 0.03965 29.930 % ±25.000 % -4.930 % outside
Sn 0.144 Re 500 CL(80) 0.01205 0.01413 17.235 % ±25.000 % 7.765 % within
Sn 0.144 Re 1000 CL(30) 0.03052 0.0422 38.277 % ±25.000 % -13.277 % outside
Sn 0.144 Re 1000 CL(45) 0.03524 0.0443 25.706 % ±25.000 % -0.706 % outside
Sn 0.144 Re 1000 CL(60) 0.03052 0.03453 13.135 % ±25.000 % 11.865 % within
Sn 0.144 Re 1000 CL(80) 0.01205 0.0123 2.081 % ±25.000 % 22.919 % within
Sn 0.144 Re 2000 CL(30) 0.03052 0.03964 29.906 % ±25.000 % -4.906 % outside
Sn 0.144 Re 2000 CL(45) 0.03524 0.04161 18.096 % ±25.000 % 6.904 % within
Sn 0.144 Re 2000 CL(60) 0.03052 0.03243 6.286 % ±25.000 % 18.714 % within
Sn 0.144 Re 2000 CL(80) 0.01205 0.01156 -4.099 % ±25.000 % 20.901 % within
Sn 0.144 Re 5000 CL(30) 0.03052 0.04337 42.118 % ±25.000 % -17.118 % outside
Sn 0.144 Re 5000 CL(45) 0.03524 0.04553 29.198 % ±25.000 % -4.198 % outside
Sn 0.144 Re 5000 CL(60) 0.03052 0.03548 16.279 % ±25.000 % 8.721 % within
Sn 0.144 Re 5000 CL(80) 0.01205 0.01264 4.917 % ±25.000 % 20.083 % within
Sn 0.144 Re 10000 CL(30) 0.03052 0.04573 49.849 % ±25.000 % -24.849 % outside
Sn 0.144 Re 10000 CL(45) 0.03524 0.048 36.226 % ±25.000 % -11.226 % outside
Sn 0.144 Re 10000 CL(60) 0.03052 0.03741 22.604 % ±25.000 % 2.396 % within
Sn 0.144 Re 10000 CL(80) 0.01205 0.01333 10.624 % ±25.000 % 14.376 % within
Sn 0.184 Re 500 CL(30) 0.04997 0.06498 30.026 % ±25.000 % -5.026 % outside
Sn 0.184 Re 500 CL(45) 0.0577 0.06821 18.206 % ±25.000 % 6.794 % within
Sn 0.184 Re 500 CL(60) 0.04997 0.05316 6.385 % ±25.000 % 18.615 % within
Sn 0.184 Re 500 CL(80) 0.01974 0.01894 -4.010 % ±25.000 % 20.990 % within
Sn 0.184 Re 1000 CL(30) 0.04997 0.05654 13.134 % ±25.000 % 11.866 % within
Sn 0.184 Re 1000 CL(45) 0.0577 0.05935 2.849 % ±25.000 % 22.151 % within
Sn 0.184 Re 1000 CL(60) 0.04997 0.04626 -7.436 % ±25.000 % 17.564 % within
Sn 0.184 Re 1000 CL(80) 0.01974 0.01648 -16.480 % ±25.000 % 8.520 % within
Sn 0.184 Re 2000 CL(30) 0.04997 0.05297 5.987 % ±25.000 % 19.013 % within
Sn 0.184 Re 2000 CL(45) 0.0577 0.0556 -3.648 % ±25.000 % 21.352 % within
Sn 0.184 Re 2000 CL(60) 0.04997 0.04334 -13.283 % ±25.000 % 11.717 % within
Sn 0.184 Re 2000 CL(80) 0.01974 0.01544 -21.756 % ±25.000 % 3.244 % within
Sn 0.184 Re 5000 CL(30) 0.04997 0.05786 15.786 % ±25.000 % 9.214 % within
Sn 0.184 Re 5000 CL(45) 0.0577 0.06074 5.260 % ±25.000 % 19.740 % within
Sn 0.184 Re 5000 CL(60) 0.04997 0.04734 -5.266 % ±25.000 % 19.734 % within
Sn 0.184 Re 5000 CL(80) 0.01974 0.01687 -14.522 % ±25.000 % 10.478 % within
Sn 0.184 Re 10000 CL(30) 0.04997 0.06111 22.282 % ±25.000 % 2.718 % within
Sn 0.184 Re 10000 CL(45) 0.0577 0.06415 11.166 % ±25.000 % 13.834 % within
Sn 0.184 Re 10000 CL(60) 0.04997 0.05 0.049 % ±25.000 % 24.951 % within
Sn 0.184 Re 10000 CL(80) 0.01974 0.01782 -9.727 % ±25.000 % 15.273 % within
Sn 0.317 Re 500 CL(30) 0.1379 0.1377 -0.136 % ±25.000 % 24.864 % within
Sn 0.317 Re 500 CL(45) 0.1592 0.1445 -9.215 % ±25.000 % 15.785 % within
Sn 0.317 Re 500 CL(60) 0.1379 0.1127 -18.293 % ±25.000 % 6.707 % within
Sn 0.317 Re 500 CL(80) 0.05445 0.04014 -26.277 % ±25.000 % -1.277 % outside
Sn 0.317 Re 1000 CL(30) 0.1379 0.1195 -13.350 % ±25.000 % 11.650 % within
Sn 0.317 Re 1000 CL(45) 0.1592 0.1254 -21.227 % ±25.000 % 3.773 % within
Sn 0.317 Re 1000 CL(60) 0.1379 0.09775 -29.104 % ±25.000 % -4.104 % outside
Sn 0.317 Re 1000 CL(80) 0.05445 0.03483 -36.031 % ±25.000 % -11.031 % outside
Sn 0.317 Re 2000 CL(30) 0.1379 0.111 -19.529 % ±25.000 % 5.471 % within
Sn 0.317 Re 2000 CL(45) 0.1592 0.1165 -26.844 % ±25.000 % -1.844 % outside
Sn 0.317 Re 2000 CL(60) 0.1379 0.09078 -34.160 % ±25.000 % -9.160 % outside
Sn 0.317 Re 2000 CL(80) 0.05445 0.03235 -40.593 % ±25.000 % -15.593 % outside
Sn 0.317 Re 5000 CL(30) 0.1379 0.1207 -12.471 % ±25.000 % 12.529 % within
Sn 0.317 Re 5000 CL(45) 0.1592 0.1267 -20.428 % ±25.000 % 4.572 % within
Sn 0.317 Re 5000 CL(60) 0.1379 0.09874 -28.385 % ±25.000 % -3.385 % outside
Sn 0.317 Re 5000 CL(80) 0.05445 0.03519 -35.383 % ±25.000 % -10.383 % outside
Sn 0.317 Re 10000 CL(30) 0.1379 0.1281 -7.079 % ±25.000 % 17.921 % within
Sn 0.317 Re 10000 CL(45) 0.1592 0.1345 -15.526 % ±25.000 % 9.474 % within
Sn 0.317 Re 10000 CL(60) 0.1379 0.1048 -23.973 % ±25.000 % 1.027 % within
Sn 0.317 Re 10000 CL(80) 0.05445 0.03735 -31.402 % ±25.000 % -6.402 % outside

L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_D(0), tolerance 25 %

20 rows, 15 of 20 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CD( 0) 0.1427 0.2218 55.426 % ±25.000 % -30.426 % outside
Sn 0.130 Re 1000 CD( 0) 0.1427 0.1936 35.644 % ±25.000 % -10.644 % outside
Sn 0.130 Re 2000 CD( 0) 0.1427 0.1832 28.410 % ±25.000 % -3.410 % outside
Sn 0.130 Re 5000 CD( 0) 0.1427 0.2012 40.965 % ±25.000 % -15.965 % outside
Sn 0.130 Re 10000 CD( 0) 0.1427 0.2111 47.910 % ±25.000 % -22.910 % outside
Sn 0.144 Re 500 CD( 0) 0.1686 0.253 50.072 % ±25.000 % -25.072 % outside
Sn 0.144 Re 1000 CD( 0) 0.1686 0.2208 30.983 % ±25.000 % -5.983 % outside
Sn 0.144 Re 2000 CD( 0) 0.1686 0.2091 24.070 % ±25.000 % 0.930 % within
Sn 0.144 Re 5000 CD( 0) 0.1686 0.2297 36.243 % ±25.000 % -11.243 % outside
Sn 0.144 Re 10000 CD( 0) 0.1686 0.2409 42.901 % ±25.000 % -17.901 % outside
Sn 0.184 Re 500 CD( 0) 0.2517 0.3527 40.089 % ±25.000 % -15.089 % outside
Sn 0.184 Re 1000 CD( 0) 0.2517 0.3079 22.308 % ±25.000 % 2.692 % within
Sn 0.184 Re 2000 CD( 0) 0.2517 0.2922 16.057 % ±25.000 % 8.943 % within
Sn 0.184 Re 5000 CD( 0) 0.2517 0.3211 27.562 % ±25.000 % -2.562 % outside
Sn 0.184 Re 10000 CD( 0) 0.2517 0.3364 33.644 % ±25.000 % -8.644 % outside
Sn 0.317 Re 500 CD( 0) 0.6064 0.8522 40.540 % ±25.000 % -15.540 % outside
Sn 0.317 Re 1000 CD( 0) 0.6064 0.7452 22.897 % ±25.000 % 2.103 % within
Sn 0.317 Re 2000 CD( 0) 0.6064 0.7125 17.510 % ±25.000 % 7.490 % within
Sn 0.317 Re 5000 CD( 0) 0.6064 0.7859 29.619 % ±25.000 % -4.619 % outside
Sn 0.317 Re 10000 CD( 0) 0.6064 0.8195 35.156 % ±25.000 % -10.156 % outside

L6 ScreenKF2012 a3 0.07 b4 0.10, induction off, K = 1.16, C_L(theta), tolerance 25 %

80 rows, 39 of 80 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CL(30) 0.02468 0.04577 85.413 % ±25.000 % -60.413 % outside
Sn 0.130 Re 500 CL(45) 0.0285 0.04804 68.558 % ±25.000 % -43.558 % outside
Sn 0.130 Re 500 CL(60) 0.02468 0.03745 51.702 % ±25.000 % -26.702 % outside
Sn 0.130 Re 500 CL(80) 0.009749 0.01334 36.879 % ±25.000 % -11.879 % outside
Sn 0.130 Re 1000 CL(30) 0.02468 0.0399 61.636 % ±25.000 % -36.636 % outside
Sn 0.130 Re 1000 CL(45) 0.0285 0.04188 46.942 % ±25.000 % -21.942 % outside
Sn 0.130 Re 1000 CL(60) 0.02468 0.03264 32.248 % ±25.000 % -7.248 % outside
Sn 0.130 Re 1000 CL(80) 0.009749 0.01163 19.326 % ±25.000 % 5.674 % within
Sn 0.130 Re 2000 CL(30) 0.02468 0.03776 52.955 % ±25.000 % -27.955 % outside
Sn 0.130 Re 2000 CL(45) 0.0285 0.03963 39.050 % ±25.000 % -14.050 % outside
Sn 0.130 Re 2000 CL(60) 0.02468 0.03089 25.145 % ±25.000 % -0.145 % outside
Sn 0.130 Re 2000 CL(80) 0.009749 0.01101 12.917 % ±25.000 % 12.083 % within
Sn 0.130 Re 5000 CL(30) 0.02468 0.04148 68.027 % ±25.000 % -43.027 % outside
Sn 0.130 Re 5000 CL(45) 0.0285 0.04354 52.752 % ±25.000 % -27.752 % outside
Sn 0.130 Re 5000 CL(60) 0.02468 0.03394 37.477 % ±25.000 % -12.477 % outside
Sn 0.130 Re 5000 CL(80) 0.009749 0.01209 24.044 % ±25.000 % 0.956 % within
Sn 0.130 Re 10000 CL(30) 0.02468 0.04354 76.373 % ±25.000 % -51.373 % outside
Sn 0.130 Re 10000 CL(45) 0.0285 0.0457 60.339 % ±25.000 % -35.339 % outside
Sn 0.130 Re 10000 CL(60) 0.02468 0.03562 44.305 % ±25.000 % -19.305 % outside
Sn 0.130 Re 10000 CL(80) 0.009749 0.01269 30.205 % ±25.000 % -5.205 % outside
Sn 0.144 Re 500 CL(30) 0.03052 0.05226 71.259 % ±25.000 % -46.259 % outside
Sn 0.144 Re 500 CL(45) 0.03524 0.05486 55.690 % ±25.000 % -30.690 % outside
Sn 0.144 Re 500 CL(60) 0.03052 0.04276 40.121 % ±25.000 % -15.121 % outside
Sn 0.144 Re 500 CL(80) 0.01205 0.01524 26.430 % ±25.000 % -1.430 % outside
Sn 0.144 Re 1000 CL(30) 0.03052 0.04556 49.289 % ±25.000 % -24.289 % outside
Sn 0.144 Re 1000 CL(45) 0.03524 0.04782 35.717 % ±25.000 % -10.717 % outside
Sn 0.144 Re 1000 CL(60) 0.03052 0.03727 22.146 % ±25.000 % 2.854 % within
Sn 0.144 Re 1000 CL(80) 0.01205 0.01328 10.211 % ±25.000 % 14.789 % within
Sn 0.144 Re 2000 CL(30) 0.03052 0.04313 41.345 % ±25.000 % -16.345 % outside
Sn 0.144 Re 2000 CL(45) 0.03524 0.04528 28.495 % ±25.000 % -3.495 % outside
Sn 0.144 Re 2000 CL(60) 0.03052 0.03529 15.646 % ±25.000 % 9.354 % within
Sn 0.144 Re 2000 CL(80) 0.01205 0.01258 4.346 % ±25.000 % 20.654 % within
Sn 0.144 Re 5000 CL(30) 0.03052 0.0474 55.337 % ±25.000 % -30.337 % outside
Sn 0.144 Re 5000 CL(45) 0.03524 0.04976 41.215 % ±25.000 % -16.215 % outside
Sn 0.144 Re 5000 CL(60) 0.03052 0.03878 27.094 % ±25.000 % -2.094 % outside
Sn 0.144 Re 5000 CL(80) 0.01205 0.01382 14.676 % ±25.000 % 10.324 % within
Sn 0.144 Re 10000 CL(30) 0.03052 0.04974 63.000 % ±25.000 % -38.000 % outside
Sn 0.144 Re 10000 CL(45) 0.03524 0.05222 48.182 % ±25.000 % -23.182 % outside
Sn 0.144 Re 10000 CL(60) 0.03052 0.0407 33.363 % ±25.000 % -8.363 % outside
Sn 0.144 Re 10000 CL(80) 0.01205 0.0145 20.332 % ±25.000 % 4.668 % within
Sn 0.184 Re 500 CL(30) 0.04997 0.07314 46.355 % ±25.000 % -21.355 % outside
Sn 0.184 Re 500 CL(45) 0.0577 0.07678 33.050 % ±25.000 % -8.050 % outside
Sn 0.184 Re 500 CL(60) 0.04997 0.05984 19.745 % ±25.000 % 5.255 % within
Sn 0.184 Re 500 CL(80) 0.01974 0.02132 8.044 % ±25.000 % 16.956 % within
Sn 0.184 Re 1000 CL(30) 0.04997 0.06375 27.560 % ±25.000 % -2.560 % outside
Sn 0.184 Re 1000 CL(45) 0.0577 0.06692 15.964 % ±25.000 % 9.036 % within
Sn 0.184 Re 1000 CL(60) 0.04997 0.05216 4.367 % ±25.000 % 20.633 % within
Sn 0.184 Re 1000 CL(80) 0.01974 0.01859 -5.830 % ±25.000 % 19.170 % within
Sn 0.184 Re 2000 CL(30) 0.04997 0.06045 20.967 % ±25.000 % 4.033 % within
Sn 0.184 Re 2000 CL(45) 0.0577 0.06346 9.970 % ±25.000 % 15.030 % within
Sn 0.184 Re 2000 CL(60) 0.04997 0.04946 -1.027 % ±25.000 % 23.973 % within
Sn 0.184 Re 2000 CL(80) 0.01974 0.01762 -10.697 % ±25.000 % 14.303 % within
Sn 0.184 Re 5000 CL(30) 0.04997 0.06652 33.107 % ±25.000 % -8.107 % outside
Sn 0.184 Re 5000 CL(45) 0.0577 0.06983 21.006 % ±25.000 % 3.994 % within
Sn 0.184 Re 5000 CL(60) 0.04997 0.05442 8.905 % ±25.000 % 16.095 % within
Sn 0.184 Re 5000 CL(80) 0.01974 0.01939 -1.736 % ±25.000 % 23.264 % within
Sn 0.184 Re 10000 CL(30) 0.04997 0.06973 39.535 % ±25.000 % -14.535 % outside
Sn 0.184 Re 10000 CL(45) 0.0577 0.0732 26.850 % ±25.000 % -1.850 % outside
Sn 0.184 Re 10000 CL(60) 0.04997 0.05705 14.165 % ±25.000 % 10.835 % within
Sn 0.184 Re 10000 CL(80) 0.01974 0.02033 3.010 % ±25.000 % 21.990 % within
Sn 0.317 Re 500 CL(30) 0.1379 0.18 30.551 % ±25.000 % -5.551 % outside
Sn 0.317 Re 500 CL(45) 0.1592 0.189 18.683 % ±25.000 % 6.317 % within
Sn 0.317 Re 500 CL(60) 0.1379 0.1473 6.815 % ±25.000 % 18.185 % within
Sn 0.317 Re 500 CL(80) 0.05445 0.05248 -3.622 % ±25.000 % 21.378 % within
Sn 0.317 Re 1000 CL(30) 0.1379 0.1568 13.729 % ±25.000 % 11.271 % within
Sn 0.317 Re 1000 CL(45) 0.1592 0.1646 3.390 % ±25.000 % 21.610 % within
Sn 0.317 Re 1000 CL(60) 0.1379 0.1283 -6.949 % ±25.000 % 18.051 % within
Sn 0.317 Re 1000 CL(80) 0.05445 0.04572 -16.041 % ±25.000 % 8.959 % within
Sn 0.317 Re 2000 CL(30) 0.1379 0.1498 8.616 % ±25.000 % 16.384 % within
Sn 0.317 Re 2000 CL(45) 0.1592 0.1572 -1.258 % ±25.000 % 23.742 % within
Sn 0.317 Re 2000 CL(60) 0.1379 0.1225 -11.132 % ±25.000 % 13.868 % within
Sn 0.317 Re 2000 CL(80) 0.05445 0.04366 -19.815 % ±25.000 % 5.185 % within
Sn 0.317 Re 5000 CL(30) 0.1379 0.1656 20.124 % ±25.000 % 4.876 % within
Sn 0.317 Re 5000 CL(45) 0.1592 0.1739 9.204 % ±25.000 % 15.796 % within
Sn 0.317 Re 5000 CL(60) 0.1379 0.1355 -1.717 % ±25.000 % 23.283 % within
Sn 0.317 Re 5000 CL(80) 0.05445 0.04829 -11.320 % ±25.000 % 13.680 % within
Sn 0.317 Re 10000 CL(30) 0.1379 0.1729 25.405 % ±25.000 % -0.405 % outside
Sn 0.317 Re 10000 CL(45) 0.1592 0.1815 14.005 % ±25.000 % 10.995 % within
Sn 0.317 Re 10000 CL(60) 0.1379 0.1415 2.604 % ±25.000 % 22.396 % within
Sn 0.317 Re 10000 CL(80) 0.05445 0.05041 -7.421 % ±25.000 % 17.579 % within

L6 default law, K = 1, C_D(0), at the plan text's 20 % spread (reported)

reported; 20 rows, 4 of 20 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CD( 0) 0.1427 0.1775 24.355 % ±20.000 % -4.355 % outside
Sn 0.130 Re 1000 CD( 0) 0.1427 0.1547 8.400 % ±20.000 % 11.600 % within
Sn 0.130 Re 2000 CD( 0) 0.1427 0.1452 1.730 % ±20.000 % 18.270 % within
Sn 0.130 Re 5000 CD( 0) 0.1427 0.1585 11.096 % ±20.000 % 8.904 % within
Sn 0.130 Re 10000 CD( 0) 0.1427 0.1672 17.185 % ±20.000 % 2.815 % within
Sn 0.144 Re 500 CD( 0) 0.1686 0.199 18.063 % ±20.000 % 1.937 % within
Sn 0.144 Re 1000 CD( 0) 0.1686 0.1735 2.902 % ±20.000 % 17.098 % within
Sn 0.144 Re 2000 CD( 0) 0.1686 0.1626 -3.550 % ±20.000 % 16.450 % within
Sn 0.144 Re 5000 CD( 0) 0.1686 0.1774 5.241 % ±20.000 % 14.759 % within
Sn 0.144 Re 10000 CD( 0) 0.1686 0.1872 11.086 % ±20.000 % 8.914 % within
Sn 0.184 Re 500 CD( 0) 0.2517 0.264 4.861 % ±20.000 % 15.139 % within
Sn 0.184 Re 1000 CD( 0) 0.2517 0.23 -8.631 % ±20.000 % 11.369 % within
Sn 0.184 Re 2000 CD( 0) 0.2517 0.2148 -14.668 % ±20.000 % 5.332 % within
Sn 0.184 Re 5000 CD( 0) 0.2517 0.2338 -7.124 % ±20.000 % 12.876 % within
Sn 0.184 Re 10000 CD( 0) 0.2517 0.2473 -1.770 % ±20.000 % 18.230 % within
Sn 0.317 Re 500 CD( 0) 0.6064 0.5296 -12.654 % ±20.000 % 7.346 % within
Sn 0.317 Re 1000 CD( 0) 0.6064 0.4614 -23.909 % ±20.000 % -3.909 % outside
Sn 0.317 Re 2000 CD( 0) 0.6064 0.4257 -29.786 % ±20.000 % -9.786 % outside
Sn 0.317 Re 5000 CD( 0) 0.6064 0.4588 -24.333 % ±20.000 % -4.333 % outside
Sn 0.317 Re 10000 CD( 0) 0.6064 0.4886 -19.425 % ±20.000 % 0.575 % within

L6 default law, K = 1, C_L(theta), at the plan text's 20 % spread (reported)

reported; 80 rows, 33 of 80 outside the tolerance.

Case Measured Model Error Tolerance Margin Result
Sn 0.130 Re 500 CL(30) 0.02468 0.03277 32.735 % ±20.000 % -12.735 % outside
Sn 0.130 Re 500 CL(45) 0.0285 0.03439 20.668 % ±20.000 % -0.668 % outside
Sn 0.130 Re 500 CL(60) 0.02468 0.02681 8.601 % ±20.000 % 11.399 % within
Sn 0.130 Re 500 CL(80) 0.009749 0.009553 -2.010 % ±20.000 % 17.990 % within
Sn 0.130 Re 1000 CL(30) 0.02468 0.02856 15.705 % ±20.000 % 4.295 % within
Sn 0.130 Re 1000 CL(45) 0.0285 0.02998 5.186 % ±20.000 % 14.814 % within
Sn 0.130 Re 1000 CL(60) 0.02468 0.02337 -5.332 % ±20.000 % 14.668 % within
Sn 0.130 Re 1000 CL(80) 0.009749 0.008327 -14.582 % ±20.000 % 5.418 % within
Sn 0.130 Re 2000 CL(30) 0.02468 0.0268 8.585 % ±20.000 % 11.415 % within
Sn 0.130 Re 2000 CL(45) 0.0285 0.02814 -1.286 % ±20.000 % 18.714 % within
Sn 0.130 Re 2000 CL(60) 0.02468 0.02193 -11.157 % ±20.000 % 8.843 % within
Sn 0.130 Re 2000 CL(80) 0.009749 0.007815 -19.838 % ±20.000 % 0.162 % within
Sn 0.130 Re 5000 CL(30) 0.02468 0.02927 18.582 % ±20.000 % 1.418 % within
Sn 0.130 Re 5000 CL(45) 0.0285 0.03073 7.802 % ±20.000 % 12.198 % within
Sn 0.130 Re 5000 CL(60) 0.02468 0.02395 -2.978 % ±20.000 % 17.022 % within
Sn 0.130 Re 5000 CL(80) 0.009749 0.008534 -12.458 % ±20.000 % 7.542 % within
Sn 0.130 Re 10000 CL(30) 0.02468 0.03088 25.081 % ±20.000 % -5.081 % outside
Sn 0.130 Re 10000 CL(45) 0.0285 0.03241 13.710 % ±20.000 % 6.290 % within
Sn 0.130 Re 10000 CL(60) 0.02468 0.02526 2.339 % ±20.000 % 17.661 % within
Sn 0.130 Re 10000 CL(80) 0.009749 0.009002 -7.660 % ±20.000 % 12.340 % within
Sn 0.144 Re 500 CL(30) 0.03052 0.03674 20.405 % ±20.000 % -0.405 % outside
Sn 0.144 Re 500 CL(45) 0.03524 0.03857 9.459 % ±20.000 % 10.541 % within
Sn 0.144 Re 500 CL(60) 0.03052 0.03006 -1.487 % ±20.000 % 18.513 % within
Sn 0.144 Re 500 CL(80) 0.01205 0.01071 -11.112 % ±20.000 % 8.888 % within
Sn 0.144 Re 1000 CL(30) 0.03052 0.03203 4.944 % ±20.000 % 15.056 % within
Sn 0.144 Re 1000 CL(45) 0.03524 0.03362 -4.596 % ±20.000 % 15.404 % within
Sn 0.144 Re 1000 CL(60) 0.03052 0.0262 -14.137 % ±20.000 % 5.863 % within
Sn 0.144 Re 1000 CL(80) 0.01205 0.009337 -22.526 % ±20.000 % -2.526 % outside
Sn 0.144 Re 2000 CL(30) 0.03052 0.03002 -1.637 % ±20.000 % 18.363 % within
Sn 0.144 Re 2000 CL(45) 0.03524 0.03151 -10.579 % ±20.000 % 9.421 % within
Sn 0.144 Re 2000 CL(60) 0.03052 0.02456 -19.521 % ±20.000 % 0.479 % within
Sn 0.144 Re 2000 CL(80) 0.01205 0.008752 -27.384 % ±20.000 % -7.384 % outside
Sn 0.144 Re 5000 CL(30) 0.03052 0.03275 7.330 % ±20.000 % 12.670 % within
Sn 0.144 Re 5000 CL(45) 0.03524 0.03438 -2.428 % ±20.000 % 17.572 % within
Sn 0.144 Re 5000 CL(60) 0.03052 0.0268 -12.185 % ±20.000 % 7.815 % within
Sn 0.144 Re 5000 CL(80) 0.01205 0.009549 -20.765 % ±20.000 % -0.765 % outside
Sn 0.144 Re 10000 CL(30) 0.03052 0.03457 13.290 % ±20.000 % 6.710 % within
Sn 0.144 Re 10000 CL(45) 0.03524 0.03629 2.991 % ±20.000 % 17.009 % within
Sn 0.144 Re 10000 CL(60) 0.03052 0.02829 -7.308 % ±20.000 % 12.692 % within
Sn 0.144 Re 10000 CL(80) 0.01205 0.01008 -16.365 % ±20.000 % 3.635 % within
Sn 0.184 Re 500 CL(30) 0.04997 0.04908 -1.787 % ±20.000 % 18.213 % within
Sn 0.184 Re 500 CL(45) 0.0577 0.05152 -10.716 % ±20.000 % 9.284 % within
Sn 0.184 Re 500 CL(60) 0.04997 0.04016 -19.644 % ±20.000 % 0.356 % within
Sn 0.184 Re 500 CL(80) 0.01974 0.01431 -27.496 % ±20.000 % -7.496 % outside
Sn 0.184 Re 1000 CL(30) 0.04997 0.04277 -14.424 % ±20.000 % 5.576 % within
Sn 0.184 Re 1000 CL(45) 0.0577 0.04489 -22.203 % ±20.000 % -2.203 % outside
Sn 0.184 Re 1000 CL(60) 0.04997 0.03499 -29.983 % ±20.000 % -9.983 % outside
Sn 0.184 Re 1000 CL(80) 0.01974 0.01247 -36.824 % ±20.000 % -16.824 % outside
Sn 0.184 Re 2000 CL(30) 0.04997 0.03994 -20.078 % ±20.000 % -0.078 % outside
Sn 0.184 Re 2000 CL(45) 0.0577 0.04193 -27.343 % ±20.000 % -7.343 % outside
Sn 0.184 Re 2000 CL(60) 0.04997 0.03268 -34.609 % ±20.000 % -14.609 % outside
Sn 0.184 Re 2000 CL(80) 0.01974 0.01164 -40.998 % ±20.000 % -20.998 % outside
Sn 0.184 Re 5000 CL(30) 0.04997 0.04347 -13.012 % ±20.000 % 6.988 % within
Sn 0.184 Re 5000 CL(45) 0.0577 0.04563 -20.920 % ±20.000 % -0.920 % outside
Sn 0.184 Re 5000 CL(60) 0.04997 0.03557 -28.828 % ±20.000 % -8.828 % outside
Sn 0.184 Re 5000 CL(80) 0.01974 0.01267 -35.782 % ±20.000 % -15.782 % outside
Sn 0.184 Re 10000 CL(30) 0.04997 0.04598 -7.998 % ±20.000 % 12.002 % within
Sn 0.184 Re 10000 CL(45) 0.0577 0.04826 -16.361 % ±20.000 % 3.639 % within
Sn 0.184 Re 10000 CL(60) 0.04997 0.03762 -24.725 % ±20.000 % -4.725 % outside
Sn 0.184 Re 10000 CL(80) 0.01974 0.0134 -32.080 % ±20.000 % -12.080 % outside
Sn 0.317 Re 500 CL(30) 0.1379 0.1349 -2.128 % ±20.000 % 17.872 % within
Sn 0.317 Re 500 CL(45) 0.1592 0.1417 -11.025 % ±20.000 % 8.975 % within
Sn 0.317 Re 500 CL(60) 0.1379 0.1104 -19.923 % ±20.000 % 0.077 % within
Sn 0.317 Re 500 CL(80) 0.05445 0.03934 -27.747 % ±20.000 % -7.747 % outside
Sn 0.317 Re 1000 CL(30) 0.1379 0.1176 -14.739 % ±20.000 % 5.261 % within
Sn 0.317 Re 1000 CL(45) 0.1592 0.1234 -22.490 % ±20.000 % -2.490 % outside
Sn 0.317 Re 1000 CL(60) 0.1379 0.09618 -30.241 % ±20.000 % -10.241 % outside
Sn 0.317 Re 1000 CL(80) 0.05445 0.03427 -37.057 % ±20.000 % -17.057 % outside
Sn 0.317 Re 2000 CL(30) 0.1379 0.1085 -21.324 % ±20.000 % -1.324 % outside
Sn 0.317 Re 2000 CL(45) 0.1592 0.1139 -28.476 % ±20.000 % -8.476 % outside
Sn 0.317 Re 2000 CL(60) 0.1379 0.08876 -35.629 % ±20.000 % -15.629 % outside
Sn 0.317 Re 2000 CL(80) 0.05445 0.03163 -41.918 % ±20.000 % -21.918 % outside
Sn 0.317 Re 5000 CL(30) 0.1379 0.1169 -15.214 % ±20.000 % 4.786 % within
Sn 0.317 Re 5000 CL(45) 0.1592 0.1227 -22.922 % ±20.000 % -2.922 % outside
Sn 0.317 Re 5000 CL(60) 0.1379 0.09565 -30.629 % ±20.000 % -10.629 % outside
Sn 0.317 Re 5000 CL(80) 0.05445 0.03408 -37.408 % ±20.000 % -17.408 % outside
Sn 0.317 Re 10000 CL(30) 0.1379 0.1245 -9.715 % ±20.000 % 10.285 % within
Sn 0.317 Re 10000 CL(45) 0.1592 0.1307 -17.923 % ±20.000 % 2.077 % within
Sn 0.317 Re 10000 CL(60) 0.1379 0.1019 -26.131 % ±20.000 % -6.131 % outside
Sn 0.317 Re 10000 CL(80) 0.05445 0.03629 -33.348 % ±20.000 % -13.348 % outside

Data provenance

Every measured number in the tables above comes from these files (contract C6); the header of each gives the paper, the table or figure, how it was obtained and its uncertainty.

rudi1988_kf2012fig5_digitised.csv

tests/data/rudi1988_kf2012fig5_digitised.csv, 24 rows.

Field Value
source Rudi H, Loland G, Furunes I (1988), Modellforsok med noter. Krefter og gjennomstromning pa enkeltpaneler og merdsystemer, SINTEF report (in Norwegian); available only via Kristiansen T, Faltinsen OM (2012), Modelling of current loads on aquaculture net cages, J. Fluids Struct. 34, 218-235 (KF2012)
location KF2012 Fig. 5 (journal p. 224, PDF p. 7)
kind digitised
uncertainty +-0.005 (marker centres read from the PDF vector drawing, axes calibrated on the tick marks; not eye-read)
units sn [-], theta_deg [deg], cd_over_cd0 [-], cl_over_cl45 [-]
notes Rudi 1988 itself is not in background/; these values are KF2012's plot of it. The report is dated 1988 in KF2012 and 1989 in MF2022 ref. [7].
notes Flat 1.5 x 1.5 m panels on a stiff frame, angles 0-90 deg; each value is the average over the three towing speeds 0.159, 0.316 and 0.966 m/s (KF2012 p. 224). Drag normalised by its theta = 0 value, lift by its theta = 45 deg value. The Sn = 0.243 net deformed strongly and is not plotted by KF2012.
notes The Sn = 0.144 triangle markers sit 0.004 above their data point in the drawing (their bounding-box centre reads 1.004 at both normalisation points and 0.004 at the lift zeros); 0.004 is subtracted from every 0.144 value.
notes Where two nets share a position the markers coincide in the drawing (e.g. all four at cd_over_cd0 = 1 at 0 deg). The 1.000 values at the normalisation angles are read from the figure, not set.
sn theta_deg cd_over_cd0 cl_over_cl45
0.130 0 1.000 0.000
0.130 30 0.845 1.000
0.130 45 0.655 1.000
0.130 60 0.483 0.909
0.130 80 0.276 0.455
0.130 90 0.000 0.000
0.144 0 1.000 0.000
0.144 30 0.778 1.091
0.144 45 0.635 1.000
0.144 60 0.492 0.909
0.144 80 0.238 0.636
0.144 90 0.032 0.000
0.184 0 1.000 0.000
0.184 30 0.736 1.000
0.184 45 0.626 1.000
0.184 60 0.549 0.800
0.184 80 0.231 0.350
0.184 90 0.011 0.000
0.317 0 1.000 0.000
0.317 30 0.792 1.019
0.317 45 0.575 1.000
0.317 60 0.389 0.769
0.317 80 0.131 0.308
0.317 90 0.023 0.000

loland1991_eq4.csv

tests/data/loland1991_eq4.csv, 3 rows.

Field Value
source Loland G (1991), Current forces on and flow through fish farms, PhD thesis, Norwegian Institute of Technology, Trondheim; available only via Kristiansen T, Faltinsen OM (2012), J. Fluids Struct. 34, 218-235 (KF2012)
location KF2012 Eq. 4 (journal p. 222, PDF p. 5); KF2012 Eq. 15 (journal p. 226) in the notes
kind equation
uncertainty coefficients copied exactly from KF2012 Eq. 4 (checked on the page image); the fit is to Rudi et al. (1988) towed panels
units quantity_id [-], angle_fn [-], c0 [-], c1 [-], c2 [-], c3 [-], sn_min [-], sn_max [-]
notes The coefficient = c0 + c1 Sn + c2 Sn^2 + c3 Sn^3 multiplies the angle function angle_fn: 0 = 1, 1 = cos(theta), 2 = sin(2 theta); a quantity is the sum of its rows. quantity_id 1 = C_D, 2 = C_L, both on the panel area and the free-stream speed (KF2012 Eq. 1).
notes As printed: C_D(Sn, theta) = 0.04 + (-0.04 + 0.33 Sn + 6.54 Sn^2 - 4.88 Sn^3) cos(theta); C_L(Sn, theta) = (-0.05 Sn + 2.3 Sn^2 - 1.76 Sn^3) sin(2 theta); valid for Sn 0.13-0.317 and theta 0-90 deg. KF2012 §2.5.1: Loland's C_D(0) agrees with KF Eq. 9 for Re >~ 500.
notes Loland's wake engineering formula, quoted by KF2012 Eq. 15 and not a row: r = 1.0 - 0.46 c_d, with c_d = C_D(0). The thesis itself is not in background/.
quantity_id angle_fn c0 c1 c2 c3 sn_min sn_max
1 0 0.04 0 0 0 0.13 0.317
1 1 -0.04 0.33 6.54 -4.88 0.13 0.317
2 2 0 -0.05 2.3 -1.76 0.13 0.317