Advances in Constitutive Laws for Engineering Materials: Proceedings of International Conference on Constitutive Laws for Engineering Materials, August 11-13, 1989, Chongqing, China, Volume 1Fan Jinghong, Sumio Murakami International Academic Publishers, 1989 - Materials |
Contents
Higher Order Gradients in Plastic Flow and Failure | 3 |
The Interatom Mcdel | 16 |
Viscoplasticity and Damage of Porous Materials | 31 |
Copyright | |
33 other sections not shown
Common terms and phrases
analysis anisotropic applied behaviour boundary calculated coefficient components compression constitutive equation constitutive laws constitutive model constitutive relation continuum continuum mechanics crack creep criterion crystal cycle cyclic damage defined deformation denotes density dependence described deviatoric dislocation displacement distribution elastic experimental results expressed failure ferroelasticity fiber flow rule formulation fracture geotextile gradient increment inelastic initial internal variables introduced isotropic linear loading martensite matrix Mech Mechanics modulus nonlinear nonlocal obtained orientation parameters plane plastic spin plastic strain porous predicted pressure properties pseudoelasticity PUFP relaxation respectively rock rotation shear stress shown in Fig simple shear simulation slip systems solid Solid Mechanics specimen steel strain rate strain tensor strength stress paths stress tensor stress-strain curves temperature tensile tensile stress tension tests theory thermodynamics tion torsion triaxial uniaxial vector velocity viscoplastic volumetric yield function yield surface