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Prediction of the Evolution of the Surface Roughness in Dependence of the Lubrication System for Cold Forming Processes
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Prediction of the Evolution of the Surface Roughness in Dependence of the Lubrication System for Cold Forming Processes
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Journal Article
Prediction of the Evolution of the Surface Roughness in Dependence of the Lubrication System for Cold Forming Processes
2015
Overview
Lubricants for cold forging operations do not only enable a reliable forging process, but also affect the results of forging processes. A sound lubrication decreases the occurring forces and may result in a smooth specimen surface. However, some lubricants are known to increase the initial surface roughness of the specimen as a consequence of the forming. Therefore, the decision which lubricant should be used is of special interest for near-net shape operations. The paper at hand presents the results of a finite element investigation of the first stage of an industrial rod extrusion process which was investigated with two different lubrication systems. The numerical investigations focus on a reliable prediction of the development of the surface roughness in due consideration of the lubricant.
Publisher
Springer US,Springer Nature B.V
