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Cutting low-leaded copper-zinc (brass) alloys (Pb < 0.2 %) is often characterized by low process stability due to the formation of unfavorable chips. This paper therefore deals with an experimental investigation on the influence of material properties, lead content, and tool design on natural and forced chip formation, flow, and breakage in free orthogonal cutting of brass alloys. As workpiece...
Friction between copper–zinc (brass) alloys and uncoated as well as differently coated carbide tools was investigated by using a recently developed friction test, characterized by high contact forces, temperatures, and relative velocities. The major aim was to analyze the ability of various tool-brass combinations for reducing friction, adhesion and thus tool wear in cutting operations and to understand...
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