Deform - 3d Tutorial

This usually means your mesh is too coarse. Increase the number of elements or adjust the remeshing criteria.

Simulation controls determine how the calculation proceeds. Click the icon in the Controls window.

Importing geometry for the "Workpiece" (deformable) and "Dies" (usually rigid). deform 3d tutorial

If you ran a coupled thermal-mechanical simulation, review the temperature distribution to ensure the workpiece doesn't cool down too quickly (chilling) or overheat due to plastic deformation energy. Pro-Tips for Optimizing DEFORM-3D Simulations

Define how surfaces interact. Typically, the tool is the "Master" and the workpiece is the "Slave". Friction Values This usually means your mesh is too coarse

The software will run a diagnostic check. Ensure there are "0 Errors." (Warnings can often be bypassed, but errors will prevent simulation execution). Click to write the .DB file. 3. Running the Simulator

Select your material (e.g., AISI-1045 for standard carbon steel applications). Click the icon in the Controls window

DEFORM-3D is a powerful finite element method (FEM) system used to simulate complex 3D metal forming, machining, and heat treatment processes. This guide outlines the standard workflow for setting up and running a professional simulation. Scientific Forming Technologies Corporation 1. Pre-Processor: Problem Setup