Body straining and fracture in terms of the kinetic structure-and-energy failure theory

The generalized physical model is built for the microscopic fracture of atomic bonds, macroscopic irreversible forming and failure of the strained body conglomerate. The process is presented as a result of idealized cooperative atom bonds failure and accumulation of irreversible elementary shifting within idealized structural units of the strained body. Physical concepts for molar volume of strength quasi-particles, molar energy, and molar capacity of the strained body strength quasi-particle failure are established. The relationships between molar capacity of the strained body strength quasi-particle failure and stresses, strains, timing and structure-physics parameters of the medium is analytically determined.

Excuse for inconveniences. English version is under design.

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