2023
DOI: 10.5937/fme2303284s
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Surface roughness prediction of thin-walled parts impacted by radial depth of cut variations during peripheral milling process

Abainia Sadredine

Abstract: During the peripheral milling process, great transverse displacement vibrations of the thin-walled part are occurred under the acting of milling tool edge forcesdue to their low dynamic rigidity and the radial depth of cut ae variations. In this work, the main surface roughness parameters are evaluated for stable milling process conditions through maximum radial displacements determined by a theoretical method and a finite element (FE) computation utilizing numerical simulations. The cutting tooth edge forces … Show more

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