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Advanced friction simulation of standardized friction tests: a numerical and experimental demonstrator

Hol, Johan and Wiebenga, Jan Harmen and Hoerning, Michael and Dietrich, Florian and Dane, Chiel (2016):
Advanced friction simulation of standardized friction tests: a numerical and experimental demonstrator.
In: Journal of Physics: Conference Series, pp. Part B - General Papers, 734, [Article]

Abstract

For the characterization of friction conditions under sheet metal forming process conditions, different friction test set-ups are being used in industry. However, different friction tests and test set-ups are known to result in scattering friction results. In this work, the TriboForm software is utilized to numerically model the frictional behavior. The simulated coefficients of friction are experimentally validated using friction results from a standardized strip drawing friction test set-up. The experimental and simulation results of the friction behavior show a good overall agreement. This demonstrates that the TriboForm software enables simulating friction conditions for varying tribology conditions, i.e. resulting in a generally applicable approach for friction characterization under industrial sheet metal forming process conditions.

Item Type: Article
Erschienen: 2016
Creators: Hol, Johan and Wiebenga, Jan Harmen and Hoerning, Michael and Dietrich, Florian and Dane, Chiel
Title: Advanced friction simulation of standardized friction tests: a numerical and experimental demonstrator
Language: English
Abstract:

For the characterization of friction conditions under sheet metal forming process conditions, different friction test set-ups are being used in industry. However, different friction tests and test set-ups are known to result in scattering friction results. In this work, the TriboForm software is utilized to numerically model the frictional behavior. The simulated coefficients of friction are experimentally validated using friction results from a standardized strip drawing friction test set-up. The experimental and simulation results of the friction behavior show a good overall agreement. This demonstrates that the TriboForm software enables simulating friction conditions for varying tribology conditions, i.e. resulting in a generally applicable approach for friction characterization under industrial sheet metal forming process conditions.

Journal or Publication Title: Journal of Physics: Conference Series
Volume: 734
Uncontrolled Keywords: Tribology; Sheet Metal Forming, Strip Draw Test, Simulation
Divisions: 16 Department of Mechanical Engineering > Institut für Produktionstechnik und Umformmaschinen (PtU)
16 Department of Mechanical Engineering
Date Deposited: 13 Dec 2016 08:20
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