Open Die Forging Simulation Module
Modern finite element simulation software that enables fast, accurate, and economic development of open die forging processes, eliminating the need for trial-and-error methods
Real-life simulation for large-scale forgings
Material flow prediction depending on tool shape, rotation and/or axial movement between blows
Calculating thermo-elastic-plastic stresses during heating and cooling to predict the possibility of cracks
Possibility to predict macro and microstructure on the computer during development of the process
Simulation of complicated regimes of heating and cooling, necessity of inter-operation heating
Possibility to predict changing of axial billet porosity during forging of cast billet
Optimizing hammer forging with QForm simulation
This video demonstrates the optimization of stub axle hammer forging using QForm. Initially, laps formed during the process, but by increasing upsetting and flattening heights, defects were eliminated. The optimized forging shows a defect-free final part.
Dual mesh method for fast and accurate simulation of processes with many blows and localized deformation zone
Convenient table interface to set multi-blow operations: automation of rotation and/or axial movement between blows
Special model of forging manipulator for easy simulation of manipulator
Simulation of heat treatment and thermomechanical processing of billet
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