Inhalt
The Classical Theory of Elasticity.- A. General theory.- B. Torsion and flexure.- C. Two-dimensional problems in elasto-statics.- D. Three-dimensional problems in elasto-statics.- E. Dynamical problems.- F. Thermoelasticity.- Photoelasticity.- A. Theory.- B. Exploration of two-dimensional stress systems.- C. Exploration of three-dimensional stress systems.- D. Practical applications.- The Mathematical Theories of the Inelastic Continuum.- First part. The inelastic continuum.- Second part. The ideal plastic body.- Reference Books.- Rheology.- A. Preliminaries.- B. Macrorheology.- C. Microrheology.- D. Rheometry.- E. Addenda.- Symbols.- Fracture.- I. Tensile strength of liquids.- II. Stress and force relations in fracture.- III. Forming and spreading of cracks.- IV. Stress field, velocity, and division of a running crack.- V. Effects of size upon fracturing.- Bibliography references.- Fatigue.- I. The fatigue phenomenon.- II. Micromechanics of progressive damage.- III. Fatigue theories.- IV. Cumulative damage.- References.- Sachverzeichnis (Deutsch-Englisch).- Subject Index (English-German).