public static string GetMaterialType(IMaterialFragment material)
{
Type materialType = material.GetType();
if (materialType == typeof(Aluminium))
{
return("TypeID|ALUMINIUM");
}
if (materialType == typeof(Steel))
{
return("TypeID|STEEL");
}
if (materialType == typeof(Concrete))
{
return("TypeID|CONCRETE");
}
if (materialType == typeof(Timber))
{
return("TypeID|TIMBER");
}
else
{
return(null);
}
}
/***************************************************/
/**** Public Methods ****/
/***************************************************/
public static rf.Material ToRFEM(this IMaterialFragment materialFragment, int materialId)
{
//Example: NameID|Steel S 235@TypeID|STEEL@StandardID|DIN EN 1993-1-1-10
rf.Material rfMaterial = new rf.Material();
rfMaterial.No = materialId;
rfMaterial.Description = materialFragment.Name;
rfMaterial.SpecificWeight = materialFragment.Density * 10; //translate from kg/m3 to kN/m3
if (materialFragment.GetType() == typeof(Aluminium))
{
IIsotropic material = materialFragment as IIsotropic;
rfMaterial.ThermalExpansion = material.ThermalExpansionCoeff;
rfMaterial.PoissonRatio = material.PoissonsRatio;
rfMaterial.ElasticityModulus = material.YoungsModulus;
rfMaterial.TextID = "NameID | " + materialFragment.Name + "@TypeID | ALUMINIUM" + "@StandardID | No norm set!";
}
else if (materialFragment.GetType() == typeof(Steel))
{
IIsotropic material = materialFragment as IIsotropic;
rfMaterial.ThermalExpansion = material.ThermalExpansionCoeff;
rfMaterial.PoissonRatio = material.PoissonsRatio;
rfMaterial.ElasticityModulus = material.YoungsModulus;
rfMaterial.TextID = "NameID | " + materialFragment.Name + "@TypeID | STEEL" + "@StandardID | No norm set!";
}
else if (materialFragment.GetType() == typeof(Concrete))
{
IIsotropic material = materialFragment as IIsotropic;
rfMaterial.ThermalExpansion = material.ThermalExpansionCoeff;
rfMaterial.PoissonRatio = material.PoissonsRatio;
rfMaterial.ElasticityModulus = material.YoungsModulus;
rfMaterial.TextID = "NameID | " + materialFragment.Name + "@TypeID | CONCRETE" + "@StandardID | No norm set!";
}
else if (materialFragment.GetType() == typeof(GenericIsotropicMaterial))
{
IIsotropic material = materialFragment as IIsotropic;
rfMaterial.ThermalExpansion = material.ThermalExpansionCoeff;
rfMaterial.PoissonRatio = material.PoissonsRatio;
rfMaterial.ElasticityModulus = material.YoungsModulus;
rfMaterial.TextID = "NameID | " + materialFragment.Name + "@TypeID | STEEL" + "@StandardID | No norm set!";
}
else if (materialFragment.GetType() == typeof(Timber))
{
//TODO: this looks like orthotropic is turned into isotropic !!!
IOrthotropic material = materialFragment as IOrthotropic;
rfMaterial.ThermalExpansion = material.ThermalExpansionCoeff.X;
rfMaterial.PoissonRatio = material.PoissonsRatio.Y;
rfMaterial.ElasticityModulus = material.YoungsModulus.Z;
rfMaterial.TextID = "NameID | " + materialFragment.Name + "@TypeID | TIMBER" + "@StandardID | No norm set!";
}
else if (materialFragment.GetType() == typeof(GenericOrthotropicMaterial))
{
IOrthotropic material = materialFragment as IOrthotropic;
rfMaterial.ThermalExpansion = material.ThermalExpansionCoeff.X;
rfMaterial.PoissonRatio = material.PoissonsRatio.Y;
rfMaterial.ElasticityModulus = material.YoungsModulus.Z;
rfMaterial.TextID = "NameID | " + materialFragment.Name + "@TypeID | TIMBER" + "@StandardID | No norm set!";
}
else
{
IIsotropic material = materialFragment as IIsotropic;
rfMaterial.ThermalExpansion = material.ThermalExpansionCoeff;
rfMaterial.PoissonRatio = material.PoissonsRatio;
rfMaterial.ElasticityModulus = material.YoungsModulus;
Engine.Base.Compute.RecordWarning("Cannot make " + materialFragment.Name + ". Replaced with standard steel");
rfMaterial.TextID = "NameID | " + materialFragment.Name + "@TypeID | STEEL" + "@StandardID | No norm set!";
}
return(rfMaterial);
}
