The book unites the basic theoretical facts from two parts of solid mechanics – mechanics of materials and mechanics of wave processes. It links three important for engineering mechanics groups of fundamental facts from modern mechanics: the basic physical properties of materials; the reflecting these properties mathematical models and the corresponding to these models mechanical theories; the characteristic features of propagation of waves while the waves being analyzed within the framework of the basic models on examples of simplest types of waves.
Description
Content
- On materials. Preliminary
- On materials. Basic mechanical properties
- On waves. Basic wave phenomena
- On waves. Harmonic waves
- Elastic volume and shear waves
- Elastic linear harmonic plane waves
- Rayleigh, Love, Lamb elastic waves
- Elastic waves. Structural linear models
- Elastic harmonic plane waves in mixtures
- Viscoelastic waves. Basic models
- Viscoelastic volume and shear waves
- Viscoelastic plane waves
- Thermoelastic waves. Basic models
- Thermoelastic plane and spherical waves
- Elastoplastic waves. Classical models
- Elastoplastic shock waves
- Piezoelastic waves. Classical models
- Piezoelastic plane waves
- Piezoe1astic waves in piezopowders
- Magnetoe1astic waves
- Afterword