public static bool IsIsotropicMaterial(AnisotropicMaterialInfo inf)
{
var arr1 = new double[] { inf.Ex, inf.Ey, inf.Ez };
var arr2 = new double[]
{
inf.NuXy, inf.NuYx,
inf.NuXz, inf.NuZx,
inf.NuZy, inf.NuYz
};
return(arr1.Distinct().Count() == 1 && arr2.Distinct().Count() == 1);
}
/// <inheritdoc />
public override AnisotropicMaterialInfo GetMaterialPropertiesAt(params double[] isoCoords)
{
var buf = new AnisotropicMaterialInfo();
buf.Ex = buf.Ey = buf.Ez = _youngModulus;
buf.NuXy = buf.NuYx =
buf.NuXz = buf.NuZx =
buf.NuZy = buf.NuYz =
this._poissonRatio;
return(buf);
}
public override TriangleCoordinatedMechanicalProperties GetMaterialPropertiesAt(TriangleElement targetElement, params double[] isoCoords)
{
var buf = new TriangleCoordinatedMechanicalProperties();
var mat = new AnisotropicMaterialInfo();
mat.Ex = mat.Ey = mat.Ez = this.E;
mat.NuXy = mat.NuYx =
mat.NuYz = mat.NuZy =
mat.NuXz = mat.NuZx =
this.Nu;
buf.Matterial = mat;
return(buf);
}
public override AnisotropicMaterialInfo GetMaterialPropertiesAt(params double[] isoCoords)
{
var buf = new AnisotropicMaterialInfo();
buf.Ex = this.Ex;
buf.Ey = this.Ey;
buf.Ez = this.Ez;
buf.NuXy = this.NuXy;
buf.NuYx = this.NuYx;
buf.NuXz = this.NuXz;
buf.NuZx = this.NuZx;
buf.NuZy = this.NuZy;
buf.NuYz = this.NuYz;
buf.Rho = this.rho;
buf.Mu = this.mu;
return(buf);
}
