// print just yield properties to output window
void DDBHardening::PrintYieldProperties(void) const
{
cout << GetHardeningLawName() << endl;
// yield
MaterialBase::PrintProperty("Initial cell dislocation density, pc",rhoC0,"m^-2");
MaterialBase::PrintProperty("Initial cell wall dislocation density, pw",rhoW0,"m^-2");
MaterialBase::PrintProperty("Taylor Factor",tayM,"");
MaterialBase::PrintProperty("fo",fo,"");
MaterialBase::PrintProperty("flim",fLim,"");
MaterialBase::PrintProperty("fsto",fsto,"");
MaterialBase::PrintProperty("sto",sto,"");
MaterialBase::PrintProperty("M",SHM0,"");
MaterialBase::PrintProperty("N",N0,"");
MaterialBase::PrintProperty("Alpha",alp,"");
MaterialBase::PrintProperty("Burgers Vector",burg,"m");
MaterialBase::PrintProperty("K",K1,"");
MaterialBase::PrintProperty("Alpha*",esal,"");
MaterialBase::PrintProperty("Beta*",esbe,"");
MaterialBase::PrintProperty("ko",disk1,"");
MaterialBase::PrintProperty("A",Atd,"K^-1");
MaterialBase::PrintProperty("B",Btd,"K^-1");
cout << endl;
}
// print just yield properties to output window
void SLMaterial::PrintYieldProperties(void) const
{
cout << GetHardeningLawName() << endl;
// yield
MaterialBase::PrintProperty("yld",yield*UnitsController::Scaling(1.e-6),"");
MaterialBase::PrintProperty("beta",beta,"");
MaterialBase::PrintProperty("nhard",nhard,"");
MaterialBase::PrintProperty("yMax",yieldMax*UnitsController::Scaling(1.e-6),"");
cout << endl;
// shear temperature and pressure dependence
char glabel[20];
strcpy(glabel,UnitsController::Label(PRESSURE_UNITS));
strcat(glabel,"^-1");
MaterialBase::PrintProperty("Gp'/G0",GPp*UnitsController::Scaling(1.e6),glabel);
MaterialBase::PrintProperty("GT'/G0",GTp,"K^-1");
cout << endl;
// Steinberg-Lund additinos
MaterialBase::PrintProperty("Uk/k",UkOverk,"K");
MaterialBase::PrintProperty("YP",YP*UnitsController::Scaling(1.e-6),"");
strcpy(glabel,UnitsController::Label(TIME_UNITS));
strcat(glabel,"^-1");
MaterialBase::PrintProperty("C1",C1,glabel);
strcpy(glabel,UnitsController::Label(PRESSURE_UNITS));
strcat(glabel,"-");
strcat(glabel,UnitsController::Label(TIME_UNITS));
MaterialBase::PrintProperty("C2",C2*UnitsController::Scaling(1.e-6),glabel);
cout << endl;
}
// print just yield properties to output window
void LinearHardening::PrintYieldProperties(void) const
{
cout << GetHardeningLawName() << endl;
MaterialBase::PrintProperty("yld",yield*UnitsController::Scaling(1.e-6),"");
MaterialBase::PrintProperty("K",beta,"");
MaterialBase::PrintProperty("Ep",Ep*UnitsController::Scaling(1.e-6),"");
cout << endl;
}
