Physics of deformation and fracture of the solid

A. A. Komarovskiy
Scientific-PrŠ¾duction Association "SALUTA", Kiev, UKRAINE

The report is devoted to solving an actual physical and technical problem. For the first time a equation of the solid state is obtained. It shows that Maxwell-Boltzmann factor and Debye temperature play a fundamental role in forming of their stressed-deformed state. The Debye temperature divides all interatomic bonds of any materials into two types: compression (C) and dilation (D). CD heterogeneity of structure influences drastically the forming of the absolutely all physical and mechanical properties of the solid. It conducts a science of strength from empiric level to the physical one. An idea of possible control of deformation and fracture is formulated and theoretically proved. They allow solving actual practical problems by non-ordinary metods.

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