Special Issue on Inelastic Deformation and Failure Modes: Proceedings of the Workshop on Inelastic Deformation and Failure Modes, Evanston, IL, November 18-21, 1984 |
Contents
Geometric probability approach to the characterization and analysis of micro | 262 |
Geometric probability approach to the characterization | 277 |
A nonuniform hardening plasticity model for concrete materi | 303 |
Copyright | |
10 other sections not shown
Common terms and phrases
algorithm aluminum analysis anisotropy Asaro axial behavior bi-crystal biaxial boundary brittle calculations computational concrete configuration confining pressure constitutive equations constitutive model deformation gradient deformation theory denotes deviatoric Dienes discussed dislocation ductile dynamic effects elastic energy experimental failure modes failure surface finite element flaw flow rule flow stress formulation fracture fragmentation function growth Gurson Horii hydrostatic increment inelastic initial isotropic isotropic hardening kinematic hardening latent hardening loading surface localized deformation material Mech Mechanics metals microcrack modulus Needleman Nemat-Nasser normal North-Holland nucleation number of cracks obtained orientation parameter Peirce plane strain plastic deformation plastic flow plastic strain predictions problem rate dependent rate sensitivity response rock shear bands shear strain shear stress shown in Fig Simo single crystals slip systems Solids specimen strain hardening strain rate strain softening strength stress path stress-strain curves tensile tension tensor tion triaxial Tvergaard uniaxial compressive velocity void Westerly granite yield surface