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Simulation-based NC-shape grinding as a finishing operation of coated deep drawing tools

Working Group:WG Modelling and Scientific Computing
Leadership: Dirk Biermann
Heribert Blum
Prof. Dr. Andreas Rademacher ((0421) 218 63831, E-Mail: arademac@uni-bremen.de)
Prof. Dr.-Ing. Petra Wiederkehr geb. Kersting
Processor:
Funding: Teilprojekt A5 im SFB 708: 3D-Surface Engineering für Werkzeugsysteme der Blechformteilefertigung - Erzeugung, Modellierung, Bearbeitung
Project partner:
Time period: 01.01.2015 - 15.06.2018
Bild des Projekts Simulationsgestütztes NC-Formschleifen zur Endbearbeitung thermisch beschichteter Tiefziehwerkzeuge For finishing thermally-sprayed coated deep drawing tools, NC grinding and magnetic abrasive finishing processes are used. In order to design the grinding process, a multi-scale process simulation is extended by modelling process forces and tool wear. This is achieved by modelling and simulating individual grains within a geometric-kinematic and an adaptive finite-element simulation system. These simulations will be capable of predicting the resulting surface topographies as well as the process forces acting on the grains, and thus the resulting pull-outs of the grains.