SELECTION OF TOOL GEOMETRY IN REGARD TO MATERIAL BEHAVIOR DURING DEFORMATION PROCESS

This paper analyzes the behavior of the X5CrNiMo17-12-2 steel plate during the deep drawing process. Mechanical and chemical properties obtained by spectrometry and standard tensile test are presented. The paper examines the basic calculation that gives good approximation of expected behavior during modeling of input specimen into final product. Based on the mechanical properties, simulation of material behavior was performed by using the method of finite elements in the ABAQUS software. The calculation results of the tool geometry mathematical model depending on steel plate behavior and simulations were compared.