matlib.cpp File Reference

#include <belfem_user_api>
#include "user_table.hpp"

Include dependency graph for matlib.cpp:

Functions
real	hts_jc (const Material *mat, real normB, real angleNxB, real T)
real	hts_n (const Material *mat, real normB, real angleNxB, real T)
real	hts_rhon (const Material *mat, real T)
real	cu_resistivity (const Material *mat, real T)
real	ag_resistivity (const Material *mat, real T)
real	hast_resistivity (const Material *mat, real T)
real	rint_resistivity (const Material *mat, real T)
real	cu_cp (const Material *mat, real T)
	Custom specific heat function.
real	ag_cp (const Material *mat, real T)
real	hast_cp (const Material *mat, real T)
real	rint_cp (const Material *mat, real T)
real	cu_k (const Material *mat, real T)
	Custom thermal conductivity function.
real	ag_k (const Material *mat, real T)
real	hast_k (const Material *mat, real T)
real	rint_k (const Material *mat, real T)
void	cu_init (Material *mat)
void	ag_init (Material *mat)
void	hast_init (Material *mat)
void	rint_init (Material *mat)
void	hts_init (Material *mat)

Variables
const real	hts_Tcrit = 90.0
	Custom electrical resistivity function.

Function Documentation

ag_cp()

real ag_cp	(	const Material *	mat,
		real	T )

ag_init()

void ag_init

(

Material *

mat

)

ag_k()

real ag_k	(	const Material *	mat,
		real	T )

ag_resistivity()

real ag_resistivity	(	const Material *	mat,
		real	T )

cu_cp()

real cu_cp	(	const Material *	mat,
		real	T )

Custom specific heat function.

Parameters

mat	Pointer to material
T	Temperature [K]

Returns

Specific heat capacity [J/(kg·K)]

cu_init()

void cu_init

(

Material *

mat

)

cu_k()

real cu_k	(	const Material *	mat,
		real	T )

Custom thermal conductivity function.

Parameters

mat	Pointer to material
T	Temperature [K]

Returns

Thermal conductivity [W/(m·K)]

cu_resistivity()

real cu_resistivity	(	const Material *	mat,
		real	T )

hast_cp()

real hast_cp	(	const Material *	mat,
		real	T )

hast_init()

void hast_init

(

Material *

mat

)

hast_k()

real hast_k	(	const Material *	mat,
		real	T )

hast_resistivity()

real hast_resistivity	(	const Material *	mat,
		real	T )

hts_init()

void hts_init

(

Material *

mat

)

hts_jc()

real hts_jc	(	const Material *	mat,
		real	normB,
		real	angleNxB,
		real	T )

hts_n()

real hts_n	(	const Material *	mat,
		real	normB,
		real	angleNxB,
		real	T )

hts_rhon()

real hts_rhon	(	const Material *	mat,
		real	T )

rint_cp()

real rint_cp	(	const Material *	mat,
		real	T )

rint_init()

void rint_init

(

Material *

mat

)

rint_k()

real rint_k	(	const Material *	mat,
		real	T )

rint_resistivity()

real rint_resistivity	(	const Material *	mat,
		real	T )

Variable Documentation

hts_Tcrit

const real hts_Tcrit = 90.0

Custom electrical resistivity function.

Parameters

mat	Pointer to material (allows access to other properties)
T	Temperature [K]

Returns

Electrical resistivity [Ω·m]