Util.cpp File Reference

#include "GranOO3/DEM/DiscreteElement.hpp"
#include "GranOO3/DEM/Prop/Electrical.hpp"
#include "GranOO3/DEM/Prop/Thermal.hpp"
#include "GranOO3/DEM/Prop/Util.hpp"

Namespaces
	GranOO3
	GranOO3::DEM
	This namespace group the entire DEM library.
	GranOO3::DEM::PropUtil

Functions
double	GranOO3::DEM::PropUtil::get_local_resistance_between (ResistanceType resType, const DEM::Element &DE1, const DEM::Element &DE2)
	Computes the local resistance between two discrete elements. This resistance can be either thermal or electrical, and depends on the eccentricity of both discrete elements (see the get_eccentricity() method). More...
double	GranOO3::DEM::PropUtil::get_eccentricity (const DEM::Element &de)
	this function computes the eccentricity of an element taking into account its neighbor More...
double	GranOO3::DEM::PropUtil::get_eccentricity_factor (unsigned int criterion, double eccentricity)
	this function computes the eccentricity factor based on the eccentricity value (computed using get_eccentricity() method) and on a criterion, which should be defined as 0. More...
double	GranOO3::DEM::PropUtil::get_surface_transmission (size_t NeighboursCount, double DERadius)
	Computes the transmission surface available for a given discrete element. This surface is used to conduct temperature or electrical current, and depends on the number of neighbours surrounding a given discete elements. Please refer to [1] for more information on the computation method. More...
double	GranOO3::DEM::PropUtil::get_volume_fraction (size_t NeighboursCount)
	Similarly to the get_surface_transmission() method, computes the volume fraction of a discrete element surrounded by a given number of neighbours. More...