Laugier, Maxime3; Boman, Romain5; Legrand, Nicolas3; Ponthot, Jean Philippe5; Tornicelli, Maurice3; Bech, Jakob Ilsted1; Carretta, Yves5
1 Department of Wind Energy, Technical University of Denmark2 Composites and Materials Mechanics, Department of Wind Energy, Technical University of Denmark3 ArcelorMittal Global R&D4 University of Liege5 University of Liege
This paper presents recent investigations in Micro-Plasto-Hydrodynamic (MPH) lubrication. Industrial evidences of the existence of MPH lubrication mechanism for cold rolling processes are presented. A new lubrication model developed for strip drawing processes is then applied to predict the MPH lubrication initiation and MPH lubrication extension along the tool-piece solid contacts initially in boundary lubrication regime. Finally, it is shown how this new MPH lubrication model can be implemented in a cold rolling model to maximize mills capabilities, determine optimum rolling oils properties and predict roughness transfer.
Advanced Materials Research, 2014, Vol 966-967, p. 228-241
Friction Control; Micro-Plasto-Hydrodynamic; Cold Rolling Lubrication; Roll Bite Behavior
Main Research Area:
6th International Conference on Tribology in Manufacturing Processes & Joining by Plastic Deformation, 2014