/// <summary>
/// Sets the material directional symmetry type, and assigns the corresponding mechanical properties.
/// </summary>
/// <param name="properties">The properties.</param>
public void Set(MechanicalAnisotropicProperties properties)
{
_apiMaterialProperties.SetMechanicalPropertiesAnisotropic(Name,
properties.ModulusOfElasticity.ToList().ToArray(),
properties.PoissonsRatio.ToList().ToArray(),
properties.ThermalCoefficient.ToList().ToArray(),
properties.ShearModulus.ToList().ToArray(),
Temperature);
_anisotropicProperties = properties;
}
/// <summary>
/// Retrieves the mechanical properties for a material with the corresponding directional symmetry type.
/// </summary>
public void Fill()
{
_apiMaterialProperties.GetMechanicalPropertiesAnisotropic(Name,
out var modulusOfElasticities,
out var poissonsRatios,
out var thermalCoefficients,
out var shearModuluses,
Temperature);
_anisotropicProperties = new MechanicalAnisotropicProperties
{
ModulusOfElasticity =
{
E1 = modulusOfElasticities[0],
E2 = modulusOfElasticities[1],
E3 = modulusOfElasticities[2]
},
PoissonsRatio =
{
U12 = poissonsRatios[0],
U13 = poissonsRatios[1], U23 = poissonsRatios[2],
U14 = poissonsRatios[3], U24 = poissonsRatios[4], U34 = poissonsRatios[5],
U15 = poissonsRatios[6], U25 = poissonsRatios[7], U35 = poissonsRatios[8], U45 = poissonsRatios[9],
U16 = poissonsRatios[10],U26 = poissonsRatios[11],U36 = poissonsRatios[12],U46 = poissonsRatios[13],U56 = poissonsRatios[14]
},
ThermalCoefficient =
{
A1 = thermalCoefficients[0],
A2 = thermalCoefficients[1],
A3 = thermalCoefficients[2],
A12 = thermalCoefficients[3],
A13 = thermalCoefficients[4],
A23 = thermalCoefficients[5]
},
ShearModulus =
{
G12 = shearModuluses[0],
G13 = shearModuluses[1],
G23 = shearModuluses[2]
}
};
}
