| /dports/science/chrono/chrono-7.0.1/src/chrono/physics/ |
| H A D | ChMaterialSurfaceSMC.cpp | 30 young_modulus(2e5), in CH_FACTORY_REGISTER()
41 young_modulus = other.young_modulus; in ChMaterialSurfaceSMC()
60 marchive << CHNVP(young_modulus); in ArchiveOUT()
79 marchive >> CHNVP(young_modulus); in ArchiveIN()
110 float inv_E = (1 - mat1->poisson_ratio * mat1->poisson_ratio) / mat1->young_modulus + in ChMaterialCompositeSMC()
111 (1 - mat2->poisson_ratio * mat2->poisson_ratio) / mat2->young_modulus; in ChMaterialCompositeSMC()
112 float inv_G = 2 * (2 - mat1->poisson_ratio) * (1 + mat1->poisson_ratio) / mat1->young_modulus + in ChMaterialCompositeSMC()
113 2 * (2 - mat2->poisson_ratio) * (1 + mat2->poisson_ratio) / mat2->young_modulus; in ChMaterialCompositeSMC()
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| H A D | ChMaterialSurfaceSMC.h | 36 void SetYoungModulus(float val) { young_modulus = val; } in SetYoungModulus()
37 float GetYoungModulus() const { return young_modulus; } in GetYoungModulus()
90 float young_modulus; ///< Young's modulus (elastic modulus) variable
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| /dports/math/libmesh/libmesh-1.6.2/examples/systems_of_equations/systems_of_equations_ex7/ |
| H A D | systems_of_equations_ex7.C | 109 Real elasticity_tensor(Real young_modulus, in elasticity_tensor() argument
117 const Real lambda_1 = (young_modulus*poisson_ratio)/((1.+poisson_ratio)*(1.-2.*poisson_ratio)); in elasticity_tensor()
118 const Real lambda_2 = young_modulus/(2.*(1.+poisson_ratio)); in elasticity_tensor()
132 const Real young_modulus = es.parameters.get<Real>("young_modulus"); in jacobian() local
225 … elasticity_tensor(young_modulus, poisson_ratio, i, j, k, l) * strain_tensor(k, l); in jacobian()
270 const Real young_modulus = es.parameters.get<Real>("young_modulus"); in residual() local
362 … elasticity_tensor(young_modulus, poisson_ratio, i, j, k, l) * strain_tensor(k,l); in residual()
395 const Real young_modulus = es.parameters.get<Real>("young_modulus"); in compute_stresses() local
480 … elasticity_tensor(young_modulus, poisson_ratio, i, j, k, l) * strain_tensor(k, l); in compute_stresses()
549 const Real young_modulus = infile("Young_modulus", 1.0); in main() local
[all …]
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| H A D | systems_of_equations_ex7.in | 11 young_modulus = 1.
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| /dports/math/libmesh/libmesh-1.6.2/examples/systems_of_equations/systems_of_equations_ex8/ |
| H A D | linear_elasticity_with_contact.C | 57 Real LinearElasticityWithContact::elasticity_tensor(Real young_modulus, in elasticity_tensor() argument
65 const Real lambda_1 = (young_modulus*poisson_ratio)/((1.+poisson_ratio)*(1.-2.*poisson_ratio)); in elasticity_tensor()
66 const Real lambda_2 = young_modulus/(2.*(1.+poisson_ratio)); in elasticity_tensor()
238 const Real young_modulus = es.parameters.get<Real>("young_modulus"); in residual_and_jacobian() local
331 … elasticity_tensor(young_modulus, poisson_ratio, i, j, k, l) * grad_u(k,l) * dphi[dof_i][qp](j); in residual_and_jacobian()
341 …elasticity_tensor(young_modulus, poisson_ratio, i, j, k, l) * dphi[dof_j][qp](l) * dphi[dof_i][qp]… in residual_and_jacobian()
485 const Real young_modulus = es.parameters.get<Real>("young_modulus"); in compute_stresses() local
559 elasticity_tensor(young_modulus, poisson_ratio, i, j, k, l) * grad_u(k,l); in compute_stresses()
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| H A D | systems_of_equations_ex8.in | 4 young_modulus = 1.
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| /dports/cad/gmsh/gmsh-4.9.2-source/contrib/Netgen/libsrc/interface/ |
| H A D | read_fnf_mesh.cpp | 177 Array<double> young_modulus, poisson_ratio, mass_density; in ReadFNFFormat() local
204 young_modulus.Append (val); in ReadFNFFormat()
213 mesh.SetUserData ("YOUNG_MODULUS", young_modulus); in ReadFNFFormat()
216 *testout << "young = " << young_modulus << endl; in ReadFNFFormat()
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| /dports/cad/netgen/netgen-6.2.2105/libsrc/interface/ |
| H A D | read_fnf_mesh.cpp | 191 NgArray<double> young_modulus, poisson_ratio, mass_density; in ReadFNFFormat() local
220 young_modulus.Append (val); in ReadFNFFormat()
229 mesh.SetUserData ("YOUNG_MODULUS", young_modulus); in ReadFNFFormat()
232 *testout << "young = " << young_modulus << endl; in ReadFNFFormat()
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| /dports/science/tfel-edf/tfel-3.2.1/mtest/src/ |
| H A D | MistralBehaviour.cxx | 28 std::pair<double,double> young_modulus;
172 md.young_modulus = {PCOEL.at(1),PCOEL.at(2)};
267 md.young_modulus,md.poisson_ratio,
281 young_modulus(yg),
319 const auto yg_f = std::to_string(young_modulus.first)+
320 "+Temperature*"+std::to_string(young_modulus.second);
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| /dports/science/tfel/tfel-3.4.0/mtest/src/ |
| H A D | MistralBehaviour.cxx | 26 std::pair<double, double> young_modulus; member
171 md.young_modulus = {PCOEL.at(1), PCOEL.at(2)}; in readMistralFile()
327 md, md.mname, md.cvalues, md.young_modulus, md.poisson_ratio, in buildMistralBehaviour()
341 young_modulus(yg), in MistralBehaviour()
392 const auto yg_f = std::to_string(young_modulus.first) + "+Temperature*" + in setOptionalMaterialPropertiesDefaultValues()
393 std::to_string(young_modulus.second); in setOptionalMaterialPropertiesDefaultValues()
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| /dports/science/tfel/tfel-3.4.0/mfront/tests/behaviours/ |
| H A D | ThermalNorton2.mfront | 75 auto young_modulus = [](const temperature Tᵛ) {
95 const auto E = get<0>(young_modulus(T_));
100 std::tie(E_ₑₜₛ,∂E_ₑₜₛ∕∂T) = young_modulus(T + ΔT);
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| H A D | ThermalNorton.mfront | 75 auto young_modulus = [](const temperature Tᵛ) {
95 const auto E = get<0>(young_modulus(T_));
100 std::tie(E_ₑₜₛ,∂E_ₑₜₛ∕∂T) = young_modulus(T + ΔT);
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| /dports/science/chrono/chrono-7.0.1/src/tests/unit_tests/physics/ |
| H A D | utest_CH_compute_contact.cpp | 66 float young_modulus = 2e4f; in ContactForceTest() local
77 mat->SetYoungModulus(young_modulus); in ContactForceTest()
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| /dports/science/tfel/tfel-3.4.0/mfront/tests/behaviours/bricks/StandardElastoViscoPlasticity/ |
| H A D | StandardElastoViscoPlasticityHyperbolicSineTest.mfront | 12 stress_potential : "Hooke" {young_modulus : 150e9, poisson_ratio : 0.3},
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| H A D | ElasticContributionToPorosityGrowth.mfront | 10 stress_potential : "Hooke" {young_modulus : 200e9, poisson_ratio : 0.3},
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| H A D | StandardElastoViscoPlasticityHyperbolicSineTest2.mfront | 12 stress_potential : "Hooke" {young_modulus : 150e9, poisson_ratio : 0.3},
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| H A D | StandardElastoViscoPlasticityNortonTest.mfront | 12 stress_potential : "Hooke" {young_modulus : 150e9, poisson_ratio : 0.3},
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| H A D | StandardElastoViscoPlasticityHarmonicSumOfNortonHoffViscoplasticFlowsTest.mfront | 11 stress_potential : "Hooke" {young_modulus : 150e9, poisson_ratio : 0.3},
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| H A D | StandardElastoViscoPlasticityIsotropicDamageHookeLaw.mfront | 10 young_modulus : 150e9,
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| /dports/science/tfel-edf/tfel-3.2.1/mfront/tests/behaviours/bricks/StandardElastoViscoPlasticity/ |
| H A D | StandardElastoViscoPlasticityHyperbolicSineTest.mfront | 12 stress_potential : "Hooke" {young_modulus : 150e9, poisson_ratio : 0.3},
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| H A D | StandardElastoViscoPlasticityHyperbolicSineTest2.mfront | 12 stress_potential : "Hooke" {young_modulus : 150e9, poisson_ratio : 0.3},
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| H A D | StandardElastoViscoPlasticityNortonTest.mfront | 12 stress_potential : "Hooke" {young_modulus : 150e9, poisson_ratio : 0.3},
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| H A D | StandardElastoViscoPlasticityIsotropicDamageHookeLaw.mfront | 10 young_modulus : 150e9,
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| H A D | StandardElastoViscoPlasticityPlasticityTest.mfront | 12 stress_potential : "Hooke" {young_modulus : 150e9, poisson_ratio : 0.3},
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| /dports/science/tfel/tfel-3.4.0/test-suite/python-bindings/ |
| H A D | test-mp.mfront | 9 young_modulus : "127.8e9*(1-7.825e-5*(T-293.15))",
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