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A DEFORM-3D simulation modeled preforming, via cross wedge rolling, followed by closed die hot forging of an automotive ...

DEFORM is used world-wide to model hot forging, cold forming, mechanical joining or a host of other metal forming processes.

I will share simulation setup from start into finish the process setup of Upmilling Helical Tool Simulation Setup using SFTC ...

A DEFORM-3D extrusion simulation modeled the initial, transient stage of an aluminum profile extrusion process for an ...

A DEFORM-2D simulation modeled the powder metal (PM) forging of a tapered roller bearing race component, including the ...

A DEFORM-3D simulation modeled a multi-pass flat rolling process that was used to reduce the thickness of a tantalum slab.

A DEFORM-3D simulation modeled the conversion of a superalloy ingot into billet, via open die cogging, and the grain size ...

The prediction of common defects in cylindrical, sheet metal cups is highlighted in these DEFORM-3D deep drawing simulations.

Scanning induction hardening is used to case harden shafts. Induction heating coils austenitize the shaft surface to a ...

A DEFORM simulation predicted the grain evolution in an aerospace turbine disk forging via a Cellular Automata microstructure ...

A DEFORM-3D simulation modeled a cross wedge rolling process that utilizes flat, contoured dies to produce a hot forging ...

FEM Simulation of Friction stir welding on DEFORM showing the temperature profile. This is part of our current research topics at ...

A DEFORM-2D simulation coupled the plastic deformation solution for a bolt with the elastic deflection solution of its cold header ...