Thermomechanics in Solids by W. Nowacki and I. N. Sneddon
- COUPLED PROBLEMS IN THE LINEAR TIlEORY OF THERMOELASTICITY
- The Basic Equations of Thermoelasticity
- The Linear Theory of Thermoelasticity
- The Linear Theory in the Isotropic Case
- The Mixed Problem of the Dynamic Theory of Thermoelasticity
- Variational Principles
- Thermodynamic Waves
- Some Special Solutions of the Coupled Equations
- Problems with Finite Wave Speed in the Heat Conduction Equation
- THERMAL STRESSES IN ANISOTROPIC BODIES
- Fundamental Assumptions and Relations of Linear Thermoelasticity
- The Fundamental Theorems for Anisotropic Bodies·
- Three-dimensional Problems in Anisotropic Thermoelasticity
- Plane Problems of Anisotropic Thermoelasticity
- MAGNETO- AND ELECfROTHERMOELASTICITY
- Electrodynamics of Slowly Moving Bodies
- General Theory and Basic Equations
- Magnetothermoelastic Waves·
- Electrothermoelastic Waves·
- Magneto- and Electroviscoelasticity
- ON THE THERMOELASTICITY OF NON-LINEAR DISCRETE AND CONTINUOUS CONSTRAINED SYSTEMS
- Abstract
- Thermoelasticity of Uniform Deformations and Temperature
- Gradients
- Discrete Thermoelastic Systems
- Constrained Thermoelastic Continua
