anonymous_namespace{material.h} Namespace Reference

Functions
double	getGlobalInfFn (const double &r)
	Returns the value of influence function.
double	getGlobalMoment (const size_t &i)
	Returns the moment of influence function.
double	getModelBulkModulus (const size_t &dim, const bool &plane_strain, const double &K, const double &G)
	Returns the bulk modulus the model works with, from table K and G.

Variables
size_t	dimension = 0
	Dimension of the domain.
bool	is_plane_strain = false
	Is plane-stress condition active.
std::shared_ptr< material::BaseInfluenceFn >	influence_fn
	Store pointer to influence function globally.

Function Documentation

getGlobalInfFn()

double anonymous_namespace{material.h}::getGlobalInfFn

(

const double &

r

)

Returns the value of influence function.

Parameters

r	Reference (initial) bond length

Returns

value Influence function at r

Definition at line 42 of file material.h.

                                       {
    return influence_fn->getInfFn(r);
}

References influence_fn.

getGlobalMoment()

double anonymous_namespace{material.h}::getGlobalMoment

(

const size_t &

i

)

Returns the moment of influence function.

If \( J(r) \) is the influence function for \( r\in [0,1)\) then \( i^{th} \) moment is given by

\[ M_i = \int_0^1 J(r) r^i dr. \]

Parameters

i	ith moment

Returns

moment Moment

Definition at line 55 of file material.h.

{return influence_fn->getMoment(i);}

References influence_fn.

getModelBulkModulus()

double anonymous_namespace{material.h}::getModelBulkModulus	(	const size_t &	dim,
		const bool &	plane_strain,
		const double &	K,
		const double &	G
	)

Returns the bulk modulus the model works with, from table K and G.

3D uses K. 2D uses the in-plane bulk modulus: \( K + G/3 \) for plane strain and \( 9KG/(3K + 4G) \) for plane stress (Yang et al. 2024, JMPS 191, eq. 10).

Parameters

dim	Dimension
plane_strain	True for plane strain, false for plane stress
K	Bulk modulus
G	Shear modulus

Returns

kappa Bulk modulus used by the model

Definition at line 70 of file material.h.

                                                             {
  if (dim != 2)
    return K;
  return plane_strain ? K + G / 3. : 9. * K * G / (3. * K + 4. * G);
}

Variable Documentation

dimension

size_t anonymous_namespace{material.h}::dimension = 0

Dimension of the domain.

Definition at line 28 of file material.h.

influence_fn

std::shared_ptr<material::BaseInfluenceFn> anonymous_namespace{material.h}::influence_fn

Store pointer to influence function globally.

Definition at line 34 of file material.h.

Referenced by getGlobalInfFn(), and getGlobalMoment().

is_plane_strain

bool anonymous_namespace{material.h}::is_plane_strain = false

Is plane-stress condition active.

Definition at line 31 of file material.h.