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Indexed by:Journal Papers

Date of Publication:2020-01-01

Journal:China Mechanical Engineering

Volume:31

Issue:8

Page Number:991-996

ISSN No.:1004-132X

Key Words:carbon fiber reinforced plastic(CFRP) ; multi-tooth milling tool ; surface roughness ; cutting area of left-handed cutting edge

Abstract:When CFRP was machined by a right-handed cutting edge milling tool, the fiber layers were subjected to unidirectional axial forces and was liable to cause delaminations and burr damages. Multi-tooth milling tool with the left and right-handed cutting edges coexisting the two-way axial forces on the fiber layers might effectively restrain the damages. When CFRP was machined by a right-handed cutting edge milling tool, the fiber layers were subjected to unidirectional axial forces and was liable to cause delaminations and burr damages. Multi-tooth milling tool with the left and right-handed cutting edges coexisting the two-way axial forces on the fiber layers might effectively restrain the damages. When CFRP was machined by a right-handed cutting edge milling tool, the fiber layers were subjected to unidirectional axial forces and was liable to cause delaminations and burr damages. Multi-tooth milling tool with the left and right-handed cutting edges coexisting the two-way axial forces on the fiber layers might effectively restrain the damages.