QForm UK Forging Simulation Software

QForm General Metal Forming Simulation Software

QForm is a professional engineering software used for simulation, analysis and optimization of metal forming processes providing excellent reliability. It covers the essential needs in metal forming simulation for large and small forging companies as well as research and educational establishments.

QForm metal forming simulation software is used for development and optimization of many different metal forming processes for parts production in aerospace, defense, automotive, energy, aluminium extrusion and other industries. Many of these forged or extruded products that have been developed with the help of QForm can be found in products that are part of our daily life.

QForm Software is the world leader in extrusion, forming, rolling simulations and aluminium extrusion die design. Programs are well known for the most user friendly interface, automated algorithms and the best professional technical support.

New QForm is the latest development of our simulation software based on the solid background of the QForm V8 platform and included absolutely new QForm Extrusion package.

The 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. They have put  30 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.

QForm can simulate most metal forming processes and the variety of processes that can be simulated in QForm is continuously being extended thanks to the following features:

  • Coupled thermo-mechanical problem in Workpiece-Tool system
  • Simulation of complex tools
  • Any number of instruments and workpieces in one simulation model
  • Forming of multiple workpieces of different materials
  • Simulation of spring loaded tool and load holder
  • Implicit and explicit integration method
  • User defined functions (UDF)
  • Special boundary conditions for workpiece and tool
  • Simulation of visco-plastic and elastic-plastic deformation
  • Simulation of thermo-elastic-plastic problem
  • Powerful capabilities for modifying simulation parameters and finite element mesh.

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QUICK LINKS

QForm Heat Treatment

General Metal Forming

QForm Extrusion

QForm Rolling

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