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

Consolidation of the empirical relationships for kinetic strength concept resulted in nonlinear differential equation for the function of the strained body structural condition subject to time and physical parameters. This structural function is presented by a physical magnitude which is molar volume of wave energy units (quasi-particles) of microscopic kinetic motion of the strained body elementary components. The analytical relationship is suggested for structural parameter in Zurkov formula and new physical molar structure-and-energy parameter of material strength.

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