fn_Material_UserDefinedPolynomials.hpp File Reference

Wrapper functions for polynomial-based material property evaluation. More...

#include "cl_Material.hpp"

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Namespaces
namespace	belfem
	USER GUIDES:
namespace	belfem::material

Functions
real	belfem::material::polyval_E (const Material *Mat, const real T)
	Evaluate Young's modulus using polynomial.
real	belfem::material::polyval_nu (const Material *Mat, const real T)
	Evaluate Poisson's ratio using polynomial.
real	belfem::material::polyval_cp (const Material *Mat, const real T)
	Evaluate specific heat using polynomial.
real	belfem::material::polyval_lambda (const Material *Mat, const real T)
	Evaluate thermal conductivity using polynomial.
real	belfem::material::polyval_mu (const Material *Mat, const real H, const real T)
	Evaluate magnetic permeability using polynomial (temperature-dependent only).
real	belfem::material::polyval_rho (const Material *Mat, const real T)
	Evaluate electrical resistivity using polynomial.
real	belfem::material::polyval_alpha (const Material *Mat, const real T)
	Evaluate thermal expansion coefficient using polynomial.
real	belfem::material::polyval_Rp02 (const Material *Mat, const real T)
	Evaluate 0.2% proof stress using polynomial.

Detailed Description

Wrapper functions for polynomial-based material property evaluation.

These inline functions provide the interface between user-defined materials and the polynomial evaluation mechanism. They are used internally by UserDefinedMaterial::set_user_defined_polynomial().

Each function has the signature required by MatFunc1 or MatFunc2, allowing them to be assigned as user-defined functions while delegating to the material's polynomial evaluation method.