DEFORM-3D
DEFORM-3D is a process analysis system that uses the finite element method (FEM) to analyze the plastic machining process in three dimensions.
It is a powerful, convenient, and reliable analysis program that can analyze complex material behavior in three dimensions.

It provides the combined behavior of deformation, heat transfer, and molding equipment in an integrated system environment. It can predict the flow of materials, filling, molding loads, mold stresses, and the occurrence of defects in cold, warm, and hot processes.

Available material types include elastomer, hydroplastic, carbonate, powder, rigid, and customized. The press settings for the forming process include speed and load, as well as hydraulics, hammers, screws, mechanical presses, and custom subroutines.

Since an optimized grid is automatically generated during analysis, it is very easy to perform large deformation analysis.

The powerful post-processing machine can track the location of deformation, state variables, loads, and material flows, as well as predict short flow lines.

Well-known fracture models can be used to analyze processes such as shearing, piercing, and cutting. Custom subroutines can define fluid stress, press behavior, cracking, etc., and can also be used for special post-processing such as microstructure, mechanical properties, etc.