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Fibre orientation significantly affects the surface integrity of the machined fibre-reinforced polymer (FRP) composites. Crushing or bending-dominated fibre fracture in the machining of FRPs is governed by fibre orientation relative to the cutting direction. This paper revealed the mechanics behind such phenomena and developed a reliable predictive model for cutting FRPs. The analysis integrated the...
This paper aims to reveal the material removal mechanisms and the mechanics behind the vibration-assisted cutting (VAC) of unidirectional fibre reinforced polymer (FRP) composites. Through a comprehensive analysis by integrating the core factors of the VAC, including fibre orientation and deformation, fibre–matrix interface, tool–fibre contact and tool–workpiece contact, a reliable mechanics model...
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