National Institute of Standards and Technology / Carnegie Mellon University / /
IndustryTerm
metal / developed hardening law / metal forming processes / basic constitutive law / computing / individual site / thermomechanical processing / chemical composition / sheet aluminum metal / slip system hardening law / slip systems / /
Organization
National Institute of Standards and Technology / Carnegie Mellon University / Pittsburgh / NIST Center for Metal Forming / Minerals / Metals & Materials Society / Department of Materials Science and Engineering / /
Person
M. IADICOLA / A.D. ROLLETT / Crystal Plasticity / Euler Angles (Degrees) / T. FOECKE / / /
Position
Materials Research Engineer / Group Leader / Major / representative / Professor / Bishop / Mechanical Engineer / /
Constitutive Relations for AA 5754 Based on Crystal Plasticity L. HU, A.D. ROLLETT, M. IADICOLA, T. FOECKE, and S. BANOVIC Constitutive equations for the multiaxial stress-strain behavior of aluminum alloy 5754 sheets we