  In this paper we study the self-organization process of adiabatic shear bands
in OFHC copper and HY-100 steel taking into account strain hardening factor.
Starting from mathematical model we present new numerical approach, which is
based on Courant -- Isaacson -- Rees scheme that allows one to simulate fully
localized plastic flow. To prove accuracy and efficiency of our method we give
solutions of two benchmark problems. Next we apply the proposed method to
investigate such quantitative characteristics of self-organization process of
ASB as average stress, temperature, localization time and distance between ASB.
Then we compare the obtained results with theoretical predictions by other
authors.
