THERMAL STRESS RESISTANCE OF MATERIALS
CONTENTS INTRODUCTION EVOLUTION OF THEORETICAL CONCEPTS OF THERMAL STRESS RESISTANCE DESIGN ESTIMATES OF TEMPERATURE FIELDS AND STRAIN CONDITION OF BODIES PLANE PROBLEM OF THERMAL ELASTICITY FOR BODIES WITH A VOLUMETRIC HEAT GENERATION E?ECT OF TEMPERATURE DEPENDENCE OF PHYSICAL–MECHANICAL PROPERTIES ON CALCULATION OF THERMAL–ELASTIC STRESSES THERMAL–ELASTIC STRESSES IN A FINITE HOLLOW CYLINDER TEMPERATURE STRESSES AT INELASTIC STATE OF A BODY THE THERMAL–ELASTIC STRESSES AT LOCAL RADIATION LOADING OF A BODY CALCULATION OF THERMAL STRESSES IN THE CYLINDRICAL BODY COOLED ON LATERAL SURFACE IN WATER METHODS OF TESTING FOR THERMAL STRESS RESISTANCE BASIC METHODS OF TESTING FOR THERMAL STRESS RESISTANCE METHODS OF TESTING FOR THERMAL STRESS RESISTANCE UNDER COOLING CONDITIONS HEATING METHODS OF TESTING FOR THERMAL STRESS RESISTANCE MECHANISM OF CRACK PROPAGATION IN NON-UNIFORM FIELDS OF THERMAL STRESSES LIMIT EQUILIBRIUM OF EDGE AND CENTRAL CRACKS IN THE THERMAL-LOADED DISK INTERACTION OF GROWING CRACKS AND REDISTRIBUTION OF STRESSES IN THE DISK ENERGY FRACTURE MODEL OF THERMAL-HEATED BODIES IN?UENCE OF THERMAL LOADING MODES ON FRACTURE FRACTURE OF CYLINDRICAL BODIES HEATED ON A LATERAL SURFACE IN LIQUID MEDIA FRACTURE OF CYLINDRICAL BODY THERMALLY LOADED ON AN END SURFACE LOCAL THERMAL LOADING OF A SURFACE BODY IN?UENCE OF RESIDUAL STRESSES ON FRACTURE AT THERMAL LOADING FRACTURE OF ELASTIC–BRITTLE BODIES AT COMBINED THERMAL AND MECHANICAL LOADINGS IN?UENCE OF TEMPERATURE ON THERMAL STRESS RESISTANCE FRACTURE OF A BODY AT CYCLIC THERMAL LOADING E?ECT OF STRUCTURAL PARAMETERS ON THERMAL STRESS RESISTANCE THERMAL STRESS RESISTANCE OF MONO-PHASE CERAMIC MATERIALS THERMAL STRESS RESISTANCE OF HETEROGENEOUS CERAMIC MATERIALS THERMAL STRESS RESISTANCE OF COMPOSITES WITH FISSURED STRUCTURE THERMAL STRESS RESISTANCE OF FUNCTIONALLY GRADED MATERIALS THERMAL STRESS RESISTANCE OF ANISOTROPIC BODIES ELASTIC–PLASTIC DEFORMATION UNDER LOCAL HEATING CRITERIA OF THERMAL STRESS RESISTANCE OF MATERIALS CRITERIA OF COMPARATIVE ESTIMATION OF THERMAL RESISTIBILITY OF MATERIALS CRITERION OF AN ESTIMATION OF BEARING CAPACITY OF THERMALLY LOADED BODY WAYS OF INCREASING THERMAL STRESS RESISTANCE OF CERAMIC MATERIALS REFERENCES THERMAL STRESSES OF A CYCLICAL KIND ARISE IN THE MANUFACTURING AND OPER- ATION OF INTEGRATED ELECTRONIC CIRCUITS [10] INCREASING THE THERMAL STRESS RE- SISTANCE OF METAL-WORKING MATERIALS HAS CRUCIAL IMPORTANCE FOR PROLONGATION OF THE SERVICE LIFE OF CUTTING TOOLS [11] MEAN TEMPERATURE ON AN INTERFACE METAL–CERAMIC TOOL DURING CUTTING REACHES 1,400 K, ACCORDING TO ESTIMATIONS THE PROBLEM OF CREATION OF HIGHLY E?ECTIVE ELEMENTS OF A FORCE OPTICS USED IN HIGH-POWER LASER COMPLEXES OF CONTINUOUS OR PULSE ACTION WITH ENERGY IN AN IMPULSE UP TO 10 KJ BECOMES MORE DI?CULT AS ABSORPTION OF EVEN A SMALL 1 THERMAL AND CORROSION DURABILITY OF LINING CERAMIC MATERIALS TRADITIONALLY USED IN BLAST FURNACES AND STEEL MELTING FURNACES SIGNI?CANTLY DEPENDED ON THE STRUCTURE AND SERVICE CONDITIONS: TEMPERATURE, MEDIUM AND VELOCITY OF HEATING–COOLING IS OBSERVED EXPLICITLY IN A SPECIAL REFERENCE MEDIA [386]