Qform 9.0

QForm software can simulate most metal forming processes including: cold and hot forging, open die forging, ring and wheel rolling, reducer rolling, cross-wedge rolling, screw rolling, profile extrusion, flow forming, hydroforming, sheet forming, orbital forming and powder forging. QForm can even simulate the forming of several workpieces with different material types together.

Additional modules allow simulation of phase conversions in heat treatment, elastic-plastic problem solving at heating and cooling as well as microstructure simulation to track grain size through deformation. Data can be easily imported from casting simulation programs.

QForm

QForm is intended for simulation and optimization of cold, warm and hot die forging, open die forging, rolling, profile extrusion and other metal forming processes. A variety of additional special modules such as microstructure prediction, heat treatment simulation, user subroutines assignment and other can be implemented in program.

QForm software has the most user-friendly interface in the market, the fastest simulation time thanks to the most modern programming techniques and wide functionality. The very powerful and universal software core makes it possible to simulate any kind of metal forming processes. We have put all of our 25 years’ worth of experience in metal forming simulation into the development of the only software in the market that has a fully automatically and highly adaptive mesh generator.

The most convenient interface in the market which helps to very easily solve problems of pre/post processing in one interface. Initial data preparation, results view and simulation are in one window. Having simulation, analysis and correction of simulation parameters and/or initial data for the simulation all in one window significantly increases working efficiency.

Forging simulation with rotational symmetry planeSimulation of connecting rod forging

New algorithms allow for very effective use of modern multicore processors and all computer resources, resulting in significantly faster simulations. Results can be displayed in real time even while a complicated simulation is running because the solver and user interface are separate but run concurrently.

The user assigns initial data, manages the simulation process and views simulation results from a single interface window. Many tools are available to allow the user to quickly define complex technological processes as well as to easily view the wealth of data available from the simulation.