Abstract
High speed machining of fiber reinforced composites increases the efficiency and the productivity of machining and, at the same time, minimizes the machining defects, delamination being the dominant defect. This chapter discusses the definition of high speed machining of composites, high speed drilling and milling of carbon fiber reinforced polymer and glass fiber reinforced polymer, cutting temperatures, and forces and mechanisms of tool wear. Quality of machined surface, delamination and surface finish, geometrical errors, and thermal damages are examined in detail. Brief discussion on high speed turning is also presented.
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