Description:
CHAPTER I. Basic Equations. Fundamental Matrices. Thermo-Radiation Conditions1. Basic differential equations of thermoelasticity theory2. Fundamental matrices3. Thermo-radiating conditions. Somigliana type integral representationsCHAPTER II. Formulation of Boundary Value and Interface Problems4. Functional spaces5. Formulation of basic and mixed BVPs6. Formulation of crack type problems7. Formulation of basic and mixed interface problemsCHAPTER III. Uniqueness Theorems8. Uniqueness theorems in pseudo-oscillation problems9. Uniqueness theorems in steady state oscillation problemsCHAPTER IV. Potentials and Boundary Integral Operators10. Thermoelastic steady state oscillation potentials11. Pseudo-oscillation potentialsCHAPTER V. Regular Boundary Value and Interface Problems12. Basic BVPs of pseudo-oscillations13. Basic exterior BVPs of steady state oscillations14. Basic interface problems of pseudo-oscillations15. Basic interface problems of steady state oscillationsCHAPTER VI. Mixed and Crack Type Problems16. Basic mixed BVPs17. Crack type problems18. Mixed interface problems of steady state oscillations19. Mixed interface problems of pseudo-oscillations