Modeling the process of a high-density electric-pulse-induced stress relaxation

Аuthors

Tskhondiya G. A.

Russian State Technological University named after K.E. Tsiolkovsky, MATI, 3, Orshanskaya str., Moscow, 121552, Russia

e-mail: gigaa@mail.ru

Abstract

Multiple experimental tests suggest that a high-density eclectic pulse intensifies stress relaxation in a specific way. In this paper, the process of stress relaxation due to a current-induced dramatic temperature rise was computed via FEM engine using Newton-Raphson method. Computation revealed correlation between the numerical analysis and main experimental data.

Keywords:

model, stress relaxation, electric pulse, modeling.