ASPECT project – Friction in metal forming

ASPECT project – Friction in metal forming


European Regional Development Fund

TriboForm is partner in the INTERREG project ASPECT on friction in metal forming.

ASPECT stands for Advanced Simulation and control of tribology in metal forming Processes for the North-West European Consumer goods and Transport sectors.

Key information

EU funding: € 2.35 Million

Total budget: € 4.74 Million

Duration: 45 Months [May 2016 – Feb 2020]

About the ASPECT project

The design of sheet metal forming processes is nowadays done virtually, i.e. by computer simulations.  A limitation in these simulations is the assumption of a constant friction value over the course of the process, while in reality a temperature increase of 40°C in the tool – during the start-up of the production  line – impacts on the tribology between the tool and sheet material, leading to a friction increase of up to 25 % and  product failures as a result. The control of these effects is currently done reactively, by trial-and-error approaches, based on the individual experience of the machine operators, rather than by using automated, adaptive control systems. The current practice therefore results in process instability, high costs and slow process development. Moreover, with the increasing use of advanced steel grades, which generate more heat purely due to their strength, predicting and controlling the influence of temperature on friction becomes critical for the concerned industries.

The ASPECT project, funded by the programme INTERREG North-West Europe, aims to address these shortcomings, on one hand by creating a reliable and robust framework to predict friction increase with temperature, and on the other hand by developing a control system that can instantaneously correct the applied forces to account for the sensed friction increase.

Project Partners:

  1. Stichting Materials Innovation Institute (M2i), The Netherlands – Lead Partner
  2. Triboform Engineering BV, The Netherlands
  3. ESI GROUP, France
  4. Falex Tribology NV, Belgium
  5. Universiteit Twente, The Netherlands
  6. Zeller+Gmelin GmbH, Germany
  7. Tata Steel Nederland Technology BV, The Netherlands
  8. INSPIRE AG, Switzerland
  9. Opel Automobile GmbH, Germany
  10. Philips Consumer Lifestyle BV, The Netherlands
  11. AutomotiveNL, The Netherlands
  12. Pôle EMC2, France
  13. Dr. FILZEK TRIBOtech, Germany
  14. ESI Software GmbH, Germany

Expected results

  • numerical model to predict friction variation based on real process conditions;
  • fully-automated forming demonstrators for Automotive and Consumer goods applications;
  • joint demonstration facility, open for training and education;
  • guidelines to improve the material, tool and lubricant design.

More information