Deform 3d Tutorial Jun 2026

) of is standard. For cold forming with lubrication, a Coulomb Friction factor ( ) of 0.05 to 0.1 is typical.

Enable Automatic Remeshing . During simulation, elements will distort heavily. Automatic remeshing instructs the solver to stop, recreate a clean mesh on the deformed shape, transfer the history data (strain, temperature), and resume solving automatically. Step 3.2: Generating the Database and Running

Meshing converts continuous geometry into discrete elements for FEM calculations. DEFORM 3D generates tetrahedral meshes automatically and can also import hexahedral meshes created externally.

Setting up a simulation typically follows a structured workflow within the preprocessor.

To set up the mesh:

Identifies where the material is deforming the most. Look for localized shear bands.

Once the setup is complete, you must and save the "Key File" before clicking "Run". After the simulation finishes, the Post-Processor allows you to visualize: DEFORM 3D Lab Simulation Guide | PDF - Scribd

Available under Deform > Create Nonlinear, these include:

Set the and choose the Process Type (e.g., Forming). Select the Primary Operation (e.g., Forging). Define the Units system (SI or English) and click OK . Step 3: Importing and Preparing Geometry deform 3d tutorial

It triggers automatic remeshing when elements become too distorted to calculate accurately. Post-Processor (Analysis)

Before running the solver, you must configure how the simulation will progress through time. Step 3.1: Simulation Controls

Once the solver finishes, open the to view the results. Key Metrics to Analyze:

Are you running a (hot forming) or strictly mechanical (cold forming) analysis? Share public link ) of is standard

Hot forging generates friction and deformation heat. Monitor for overheating zones that could cause material degradation.

DEFORM-3D's powerful simulation engine effectively analyzes large deformations and thermal characteristics in multi-object coupled processes. Its main strength lies in the automatic mesh generator that creates and optimizes mesh systems with variable element sizes, concentrating smaller elements in complex locations and automatically remeshing when needed. This is why DEFORM-3D achieves much shorter computing times despite being based on implicit calculation.

: Set the total number of steps and the step size (time or displacement).

Movement controls dictate how the mechanical force is applied during the simulation stroke. Select the Top_Die . During simulation, elements will distort heavily

Setting up friction, heat transfer, and initial temperatures.