3d Tutorial — Deform

Create another rigid object, name it Bottom_Die , and import its geometry.

Insert Object → Die → Plane (or cylinder if needed). Position: just above the billet. Movement: downward velocity (e.g., –10 mm/sec).

The pre-processing stage is where you define the physical environment of your simulation.

(e.g., 0.3 for lubricated hot forming or 0.6 for machining). Simulation & Post-Processing Generate the database and run the solver. Analyze Results

Apply thermal and mechanical boundary conditions. deform 3d tutorial

: Compare simulation results against known experimental data at each step.

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of a ring), apply symmetry plane BCs to the appropriate faces. Create another rigid object, name it Bottom_Die ,

To start a new project, follow these steps:

This comprehensive tutorial provides a step-by-step guide to setting up, running, and analyzing a 3D metal forming simulation in DEFORM-3D. Understanding the DEFORM-3D Workflow

Whether you are a manufacturing engineer looking to optimize a forging die, a student writing a thesis on grain flow, or a machinist wanting to understand why your parts crack, this will take you from zero to a functional simulation.

: Use the post-processor to visualize strain, temperature distribution, and load-stroke curves to verify if the part fills the die correctly. Key Learning Resources Movement: downward velocity (e

This DEFORM 3D tutorial gave you the skeleton of a simulation: Geometry -> Mesh -> Material -> Movement -> Contact -> Run -> Analyze.

DEFORM-3D is an essential tool for process optimization. By mastering this tutorial workflow—importing geometry, assigning materials, setting constraints, and analyzing results—you can effectively reduce the reliance on "trial-and-error" testing in production.

Beyond engineering simulation, deformation tools exist in all major 3D software packages. Deformers are special tools that change polygon meshes in various ways without directly modifying the original object structure, with applications in modeling, sculpting, and animation.