23 CUTTING-TOOL TECHNOLOGY
Chapter Contents
23.1 Tool Life
23.1.1 Tool Wear
23.1.2 Tool Life and the Taylor Tool Life Equation
23.2 Tool Materials
23.2.1 High-Speed Steel and Its Predecessors
23.2.2 Cast Cobalt Alloys
23.2.3 Cemented Carbides, Cermets, and Coated Carbides
23.2.4 Ceramics
23.2.5 Synthetic Diamonds and Cubic Boron Nitride
23.3 Tool Geometry
23.3.1 Single-Point Tool Geometry
23.3.2 Multiple-Cutting-Edge Tools
23.4 Cutting Fluids
23.4.1 Types of Cutting Fluids
23.4.2 Application of Cutting Fluids
Metal cutting operations are accomplished using cutting tools on machine tools.
Cutting tool technology has two principal aspects: tool material and tool geometry.
The first is concerned with developing materials that can withstand the forces, temperatures,
and wearing action in the machining process. The second deals with optimizing the geometry of the cutting tool for the tool material and for a given operation.
Proper selection of cutting tool material and geometry of tool is required for effectiveness and efficiency of the cutting operation.
______________
______________
No comments:
Post a Comment