Kinetic physical phenomenological model of creep-rupture strength of metals

Abstract

A kinetic model of creep-rupture strength is constructed using the physicomathematical theory of irreversible strains of metals. An algorithm for the mathematical modeling of the processes occurring during tension of samples is proposed. Results of experimental verification of a uniaxial model of creep-rupture strength are given. It is shown that the proposed model differs from available models in that it contains physical structural parameters (scalar densities of dislocations and microcracks) and kinetic equations for them.