hydrodynamics::Netting< T > Struct Template Reference

The netting of one panel.

#include <PanelLoadTypes.h>

Public Attributes
T	solidity
	Supplied by the caller, dimensionless, in (0, 0.5].
double	twineThickness
	m; the Reynolds-number length scale (d in KF2012, t in MF2022).
bool	hasBarDirections = false
	True when barU and barV are set; used by TwineCrossFlow and the in-plane twine friction of the screen laws (TwineFriction.h, MARE-0111, MARE-0202).
T	barU [3]
	Unit bar direction in the panel plane; every law with bar data (see hasBarDirections).
T	barV [3]
	Unit bar direction in the panel plane; every law with bar data (see hasBarDirections).
double	barLength = 0
	Bar length, m; every law with bar data (see hasBarDirections).
double	knotDiameter = 0
double	numBarsU = 0
double	numBarsV = 0
double	numKnots = 0

Member Data Documentation

knotDiameter

template<class T >

double hydrodynamics::Netting< T >::knotDiameter = 0

Knot diameter, m; TwineCrossFlow's knot drag and, for every law with bar data, the twine length max(barLength - knotDiameter, 0) (MARE-0202).

numBarsU

template<class T >

double hydrodynamics::Netting< T >::numBarsU = 0

Number of bars along barU; every law with bar data (see hasBarDirections). Not an integer in general: NetElement3N sets it to half the panel's bar count.

numBarsV

template<class T >

double hydrodynamics::Netting< T >::numBarsV = 0

Number of bars along barV; every law with bar data (see hasBarDirections). Not an integer in general: NetElement3N sets it to half the panel's bar count.

numKnots

template<class T >

double hydrodynamics::Netting< T >::numKnots = 0

Number of knots; TwineCrossFlow only (knot drag). Not an integer in general: NetElement3N sets it to the number of meshes in the element, half the mesh determinant.

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The documentation for this struct was generated from the following file:

• webfhsim/reloadrepos/fhsim_marine_elements/src/hydrodynamics/PanelLoadTypes.h