Introduction to Thermomechanics
Date: 21 April 2011, 15:05
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Hans Ziegler, "Introduction to Thermomechanics" [/b] North-Holland Pub. Co | 1977 | ISBN: 0720404320 | 308 pages | Djvu | 2,2 MB [/center] Table of contents Chapter 1. Mathematical preliminaries 1.1. Cartesian tensors 1.2. Tensor algebra 1.3. Principal axes 1.4. Tensor analysis Chapter 2. Kinematics 2.1. The state of motion 2.2. Small displacements 2.3. Material derivatives 2.4. Continuity Chapter 3. Kinetics 3.1. The momentum theorems 3.2. The state of stress 3.3. The energy theorem Chapter 4. Thermodynamics 4.1. The classical theory 4.2. State variables 4.3. The field theory Chapter 5. Material properties 5.1. Basic concepts ! 5.2. Fluids without internal parameters 5.3. Elastic solids 6.2. Steady potential flows 6.3. The plane problem Chapter 7. Linear elasticity 7.1. Basic equations 7.2. Torsion 7.3. Crystals 7.4. Thermoelasticity Chapter 8. Inviscid gases 8.1. Basic equations 8.2. Simple applications 8.3. Subsonic and supersonic flow Chapter 9. Viscous fluids 9.1. Basic equations 9.2. Incompressible Newtonian liquids 9.3. Turbulence 9.4. Non-Newtonian liquids Chapter 10. Plastic bodies 10.1. Viscoplastic bodies 10.2. Perfectly plastic bodies 10.3. Plane problems 10.4. Generalizations Chapter 11. Viscoelasticity 11.1. One-dimensional models 11.2. Hereditary integrals 11.3. Constitutive relations Chapter 12. General tensors 12.1. Tensor algebra 12.2. Tensor analysis Chapter 13. Large displacements 13.1. Displacements and strains 13.2. Stresses and rate of deformation work Chapter 14, Thermodynamic orthogonality 14.1. The governing functions 14.2. The thermodynamic forces 14.3. The orthogonality condition 14.4. Complex processes 14.5. Dissipation surfaces Chapter 15, Maximal dissipation 15.1. Extremum principles 15.2. A deformation mechanism 15.3. Application to continua Chapter 16, Non-Newtonian liquids 16.1. Constitutive equations 16.2. Approximations 16.3. The Green-Rivlin effect Chapter 17, Plasticity 17.1. The orthogonality condition 17.2. The yield surface 17.3. A generalization Chapter 18, Viscoelastic bodies 18.1. Internal parameters 18.2. Hereditary integrals Bibliography Subject index ..... 305
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