The Mechanical and Thermodynamical Theory of Plasticity

摘要: Plasticity In The 1-D Bar Introduction to Plastic Response and Continuum Assumption Motion Temperature of Points on a Stretch Ratio, Strain, Velocity Gradient, Gradient Superposition Deformations Elastic, Plastic, Thermal Strains Examples Constitutive Models Mechanical Theory Rate-Independent for Temperature-Dependent An Infinitesimal Thermoplasticity Rate-Dependent Load Control as Opposed Strain Numerical Integration Equations Balance Laws Thermodynamic Restrictions Heat Generation Flow Equilibrium Quasi-Equilibrium Problems Dynamic Loading Problems: Solution Dealing with Discontinuities: Jump Conditions Drawing Bars Elastic (Shock) Waves in General Comment Selection Moduli Notation Summary Vectors Tensors Matrix algebra Tensor calculus Describing Motion, Deformation Position, Velocity, Acceleration And Configurations Material Bodies Streamlines Pathlines Relative Triaxial Extension, Simple Shear, Bending Torsion Small Gradients Large Rigid Body Rotations Traction, Stress Flux Traction Vector Relation between Tractions Different Surfaces Isotropic Invariants the Deviatoric Elementary States True Engineering Piola-Kirchhoff, Rotated Convected Stresses Transport Relations Conservation Mass Linear Momentum Angular Work snd Energy Entropy Production Inequality Processes Generalized Law Perturbing Initial Boundary A Analog Perfectly-Plastic Common Assumptions Von Mises Yield Function Combined Kinematic Hardening Free-Energy Quadratic Form Scalar Functions Multiple Elements Parallel Series Solutions Homogeneous Torsion-Extension Thin Circular Cylindrical Tube Compression Plane Members Unloading Prismatic Sections Non-Uniform Spherical Symmetry Two-Dimensional Its First-Gradient Thermo-Mechanical Materials Theories Pure Translations State Variable Higher Non-Local Thermoelastic Solids Solid Influence Rigid-Body Translation Rotation Change Reference Configuration Thermodynamically Consistent Model Based Fe FO Specific Capacity Constraints Finite Motions Depending Only both Comments Thermoplastic Constraint J2 Type Initially Cp Green F = Fefofp Viscoelastic One-Dimensional Viscoelasticity Nonlinear Three-Dimensional One-Element Thermo-Viscoelastic Multi-Element Models: Quasi-Linear Fefofve Viscoplastic Thermoelastic-Viscoplastic Single-Element Viscoelastic-Viscoplastic Full Fefofvp Crystal plasticity Structures Slip Systems Distortion Kinematics Single-Crystal Resolved Shear Overstress Representation functions Transversely Orthotropic B fourth order constants Classes C Basic Curvilinear Coordinates Rectangular Index