Advances in hard material tool technology: proceedings of the 1976 International Conference on Hard Material Tool Technology, Carnegie-Mellon University, Pittsburgh, Pennsylvania, June 22-24, 1976
Carnegie Press, 1976 - Technology & Engineering - 524 pages
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Selecting the Optimum Cutting Tool Material
Where is Heavy Duty Machining Going?
Test Procedures to Achieve Controlled Carbide
30 other sections not shown
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abrasive alloys aluminum application binder material brittle carbide inserts carbide rings cast iron cemented tungsten carbide cermet chip circular lands coated tools cobalt coefficient compressive crack crater curves cutters cutting edge cutting speed cutting tool cutting tool materials decrease depth of cut diameter diamond tools diamond wheel diffusion drawn and ironed drilling effect electrode experimental extrusion feed Figure flank wear formation fracture mechanics fracture toughness friction geometry grinding grit grooves hardness heat high speed high speed steel ignition impulse periods increase influence initial interface intergranular interrupted cuts layer load lubricant machining manufacturers measured mechanical metal method microscope operation oxide parameters particles phase plastic deformation produced punch rake face reamer removal rate rock roll SFPM Grades shown in Fig shows sintered specimen steel strength wear stress temperature thermal thickness TiC coated titanium carbide titanium nitride tool wear tungsten carbide values WC-Co wear surfaces workpiece