mast_solid_2d_section_element_property_card.cpp File Reference

#include "catch.hpp"
#include "libmesh/point.h"
#include "base/parameter.h"
#include "base/constant_field_function.h"
#include "property_cards/isotropic_material_property_card.h"
#include "property_cards/solid_2d_section_element_property_card.h"
#include "test_helpers.h"

Include dependency graph for mast_solid_2d_section_element_property_card.cpp:

Go to the source code of this file.

Functions
	TEST_CASE ("element_property_card_constant_heat_transfer_2d", "[heat_transfer],[2D],[isotropic],[constant],[property]")
	TEST_CASE ("element_property_card_constant_transient_heat_transfer_2d", "[heat_transfer],[2D],[isotropic],[constant],[property],[transient]")
	TEST_CASE ("element_property_card_constant_thermoelastic_2d", "[thermoelastic],[2D],[isotropic],[constant],[property]")
	TEST_CASE ("element_property_card_constant_dynamic_2d", "[dynamic],[2D],[isotropic],[constant],[property]")
	TEST_CASE ("element_property_card_constant_structural_2d", "[structural],[2D],[isotropic],[constant],[property]")

Variables
libMesh::LibMeshInit *	p_global_init

Function Documentation

TEST_CASE() [1/5]

TEST_CASE	(	"element_property_card_constant_heat_transfer_2d"	,
		"	[heat_transfer],
		[property] "
	)

As of Dec. 17, 2019, inertia_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows inertia_matrix to be obtained without any input arguments.

Definition at line 21 of file mast_solid_2d_section_element_property_card.cpp.

TEST_CASE() [2/5]

TEST_CASE	(	"element_property_card_constant_transient_heat_transfer_2d"	,
		"	[heat_transfer],
		[transient] "
	)

As of Dec. 17, 2019, inertia_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows inertia_matrix to be obtained without any input arguments.

Definition at line 96 of file mast_solid_2d_section_element_property_card.cpp.

TEST_CASE() [3/5]

TEST_CASE	(	"element_property_card_constant_thermoelastic_2d"	,
		"	[thermoelastic],
		[property] "
	)

thermal expansion A matrix is defined as D * alpha_vec * thickness

As of Dec. 17, 2019, thermal_expansion_A_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows thermal_expansion_A_matrix to be obtained without any input arguments.

thermal expansion A matrix is defined as D * alpha_vec * thickness

As of Dec. 17, 2019, thermal_expansion_A_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows thermal_expansion_A_matrix to be obtained without any input arguments.

thermal expansion B matrix is defined as D * alpha_vec * thickness * offset

As of Dec. 17, 2019, thermal_expansion_B_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows thermal_expansion_B_matrix to be obtained without any input arguments.

thermal expansion B matrix is defined as D * alpha_vec * thickness * offset

As of Dec. 17, 2019, thermal_expansion_B_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows thermal_expansion_B_matrix to be obtained without any input arguments.

Definition at line 174 of file mast_solid_2d_section_element_property_card.cpp.

TEST_CASE() [4/5]

TEST_CASE	(	"element_property_card_constant_dynamic_2d"	,
		"	[dynamic],
		[property] "
	)

As of Dec. 17, 2019, inertia_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows inertia_matrix to be obtained without any input arguments.

Definition at line 390 of file mast_solid_2d_section_element_property_card.cpp.

TEST_CASE() [5/5]

TEST_CASE	(	"element_property_card_constant_structural_2d"	,
		"	[structural],
		[property] "
	)

extension sitffness matrix is defined as D * thickness

As of Dec. 17, 2019, stiffness_A_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows stiffness_A_matrix to be obtained without any input arguments.

extension sitffness matrix is defined as D * thickness

As of Dec. 17, 2019, stiffness_A_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows stiffness_A_matrix to be obtained without any input arguments.

bending section stiffness matrix is defined as D * (thickness^3 / 12 + thickness*offset^2)

As of Dec. 17, 2019, stiffness_D_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows stiffness_D_matrix to be obtained without any input arguments.

bending section stiffness matrix is defined as D * (thickness^3 / 12 + thickness*offset^2)

As of Dec. 17, 2019, stiffness_D_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows stiffness_D_matrix to be obtained without any input arguments.

extension-bending section stiffness matrix is defined as D * thickness * offset

As of Dec. 17, 2019, stiffness_B_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows stiffness_B_matrix to be obtained without any input arguments.

extension-bending section stiffness matrix is defined as D * thickness * offset

As of Dec. 17, 2019, stiffness_B_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows stiffness_B_matrix to be obtained without any input arguments.

transverse shear section stiffness matrix is defined as D * thickness * kappa

As of Dec. 17, 2019, transverse_shear_stiffness_matrix requires the input of an MAST::ElementBase object, but does not actually use it. To get around requiring the creation of such an object (and therefore the creation of a MAST::SystemInitialization, MAST::AssemblyBase, and MAST::GeomElem objects as well).

To remedy this, an additional method was added to MAST which allows transverse_shear_stiffness_matrix to be obtained without any input arguments.

Definition at line 487 of file mast_solid_2d_section_element_property_card.cpp.

Variable Documentation

p_global_init

libMesh::LibMeshInit* p_global_init

Definition at line 26 of file init_catch2.cpp.