private BiElasticMaterial2D(double youngModulus1, double equivalentYoungModulus1, double poissonRatio1,
double equivalentPoissonRatio1, double thickness1, double youngModulus2, double equivalentYoungModulus2,
double poissonRatio2, double equivalentPoissonRatio2, double thickness2,
MaterialInterface2D bimaterialInterface)
{
MaterialUtilities.CheckYoungModulus(youngModulus1);
MaterialUtilities.CheckPoissonRatio(poissonRatio1);
MaterialUtilities.CheckThickness(thickness1);
MaterialUtilities.CheckYoungModulus(youngModulus2);
MaterialUtilities.CheckPoissonRatio(poissonRatio2);
MaterialUtilities.CheckThickness(thickness2);
this.YoungModulus1 = youngModulus1;
EquivalentYoungModulus1 = equivalentYoungModulus1;
this.PoissonRatio1 = poissonRatio1;
this.EquivalentPoissonRatio1 = equivalentPoissonRatio1;
this.Thickness1 = thickness1;
this.YoungModulus2 = youngModulus2;
EquivalentYoungModulus2 = equivalentYoungModulus2;
this.PoissonRatio2 = poissonRatio2;
this.EquivalentPoissonRatio2 = equivalentPoissonRatio2;
this.Thickness2 = thickness2;
this.bimaterialInterface = bimaterialInterface;
}
private HomogeneousElasticMaterial2D(double youngModulus, double equivalentYoungModulus, double poissonRatio,
double equivalentPoissonRatio, double thickness)
{
MaterialUtilities.CheckYoungModulus(youngModulus);
MaterialUtilities.CheckPoissonRatio(poissonRatio);
MaterialUtilities.CheckThickness(thickness);
HomogeneousYoungModulus = youngModulus;
HomogeneousEquivalentYoungModulus = equivalentYoungModulus;
HomogeneousPoissonRatio = poissonRatio;
HomogeneousEquivalentPoissonRatio = equivalentPoissonRatio;
HomogeneousThickness = thickness;
}
