OPTIMUM PRODUCTIVITY, PERFORMANCE, AND MILLING MACHINES
OPTIMUM PRODUCTIVITY, PERFORMANCE, AND MILLING MACHINES

Summary/Abstract: Suh et al. claim that to maximize the productivity in machining molds and dies, machine tools should operate at high speeds. Moshat et al. study material removal rate (MRR) and surface roughness of the product prepared by CNC end milling operation experimentally. Corbett says that the principal areas for automatic supervision of the machine tool are the tooling, appropriate machine elements and the overall machine system. Budak presents a complete analytical model for the design of variable pitch angles for a given milling system. Arshad et al. develop a new cutting tools management system for milling process.

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