Modeling and simulations of transformation and twinning induced plasticity in advanced high strength austenitic steels

Engineering

• Polycrystal 57%
• Crystal Plasticity Model 42%
• Austenitic Stainless Steel 28%
• Deformation Gradient 28%
• Induced Plasticity 28%
• Mechanical Twinning 28%
• Simple Shear 28%
• Higher Strength 14%
• Loading Condition 14%
• Developed Model 14%
• Good Agreement 14%
• Finite Element Simulation 14%
• Subroutine 14%
• Research Work 14%
• Micromechanical Model 14%
• Formability 14%
• Constitutive Equation 14%
• Mn Steel 14%
• Martensite 14%
• Integration Algorithm 14%
• Stress Tensor 14%

Physics

• Austenite 100%
• Polycrystals 57%
• Twinning 57%
• Mechanical Twinning 28%
• Kinematics 14%
• Martensite 14%
• Stress Tensor 14%

Material Science

• Polycrystals 57%