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Basic Principles of Steel Heat Treatment
Fundamental Principles of Induction Heating
12 other sections not shown
alloy alloy steels annealing applications approximately austenite austenitizing temperatures bainite capacitor carbide carbon content Chapter circuit coil design compressive residual stresses cost Curie point Curie temperature curves cycle cylinder decarburization decrease diagram diameter effective tempering parameter efficiency electrical energy equipment eutectoid factor Fe3C ferrite frequency gradients Grange and Baughman Grange-Baughman parameter hardening and tempering heat treating heating rate increase induction coil induction hardening induction heat treatment induction tempering inductor input layers load losses lower magnetic martensite motor-generator obtained operations pearlite perature phase plain carbon steels power density properties quench quench ring quenched-and-tempered radiation ratio reference depth residual stresses resistance resistor shown in Fig single-shot skin effect solid-state steel bars steels Ref surface hardening Table tempered hardness tempering data tempering temperature tensile thermal thermocouple through-hardening through-heating tool steels transformation typical uniform values voltage water quenched workpiece
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