Deform 3d Tutorial -

Drag and drop or assign the loaded material directly to your . 5. Step 4: Positioning and Inter-Object Relations

If the steps become infinitely small and fail to converge, check your friction factors or step size. Drastically changing velocities or tight contact tolerances often cause convergence lockups.

Simulation runs rarely succeed on the first attempt without minor adjustments. Keep these optimization tips in mind:

Numerous PDF tutorials and instance manuals are available online, including: deform 3d tutorial

This is the most critical step. A poor mesh leads to a failed simulation. Go to the window.

The CVN ME Academy provides high-quality walkthroughs on initial setup and forging simulations.

This is vital for machine selection. It tells you exactly how many tons of force your press needs to complete the operation. 5. Common Troubleshooting Tips Drag and drop or assign the loaded material directly to your

Set the primary velocity direction (e.g., as -100 mm/s to dictate downward movement).

Select the and ensure its velocity is set to 0 across all axes (fixed tool). Step 6: Inter-Object Relations (Friction and Heat Transfer) Define how the surfaces interact when they smash together. Open the Inter-Object Relations matrix.

To set up the mesh:

The standard DEFORM-3D process is divided into three main phases: Preprocessing : Set up the simulation environment. Geometry Import : Import STL or other CAD files for workpieces and dies. : Generate a finite element mesh. Use absolute density

). A standard hot forging value ranges between depending on lubricant usage.

Once the setup is complete, generate the database (.DB) and run the simulation engine. Post-Processing: Use the Post-Processor to view the final results, such as Stress (Effective) Temperature distributions Chip formation if you are doing machining. Recommended Resources for Beginners A poor mesh leads to a failed simulation