E J Davies
Conduction and Induction Heating
E J Davies
Conduction and Induction Heating
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This book offers a theoretical and practical treatment of both conduction and induction heating, comprising four parts: conduction theory, induction theory, heat flow, and practice.
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This book offers a theoretical and practical treatment of both conduction and induction heating, comprising four parts: conduction theory, induction theory, heat flow, and practice.
Produktdetails
- Produktdetails
- Verlag: Institution of Engineering & Technology
- Seitenzahl: 416
- Erscheinungstermin: 30. Juni 1990
- Englisch
- Abmessung: 240mm x 161mm x 26mm
- Gewicht: 789g
- ISBN-13: 9780863411748
- ISBN-10: 0863411746
- Artikelnr.: 50909884
- Verlag: Institution of Engineering & Technology
- Seitenzahl: 416
- Erscheinungstermin: 30. Juni 1990
- Englisch
- Abmessung: 240mm x 161mm x 26mm
- Gewicht: 789g
- ISBN-13: 9780863411748
- ISBN-10: 0863411746
- Artikelnr.: 50909884
Part I: Direct resistance heating
Chapter 1: Fundamentals
Chapter 2: Alternating currents in conductors: the semi-infinite slab
Chapter 3: Alternating currents in conductors: wide rectangular slab
Chapter 4: Alternating currents in conductors: circular cross-section
Chapter 5: Hollow conductors: tubes
Chapter 6: Wire and strip heating
Part II: Induction heating
Chapter 7: Basic induction heating
Chapter 8: Induction heating of thin slabs
Chapter 9: Induction heating of cylinders
Chapter 10: Induction heating of tubes
Chapter 11: Induction heating of hollow cylinder from inside
Chapter 12: Effects of changing permeability and resistivity
Chapter 13: Non-linear theory
Chapter 14: Proximity heating
Part III: Heat transfer for electroheat
Chapter 15: Basic heat transfer
Chapter 16: Soaking conditions
Chapter 17: Radiation
Chapter 18: Effect of current depth and radiation
Chapter 19: Heat transfer during surface hardening
Chapter 20: Water cooling in conductors
Chapter 21: Billet with initial temperature distribution
Part IV: Practical heating
Chapter 22: Through-heating by induction
Chapter 23: Surface heating by induction
Chapter 24: Other applications of induction heating
Chapter 25: Induction melting
Chapter 26: Direct resistance heating
Chapter 1: Fundamentals
Chapter 2: Alternating currents in conductors: the semi-infinite slab
Chapter 3: Alternating currents in conductors: wide rectangular slab
Chapter 4: Alternating currents in conductors: circular cross-section
Chapter 5: Hollow conductors: tubes
Chapter 6: Wire and strip heating
Part II: Induction heating
Chapter 7: Basic induction heating
Chapter 8: Induction heating of thin slabs
Chapter 9: Induction heating of cylinders
Chapter 10: Induction heating of tubes
Chapter 11: Induction heating of hollow cylinder from inside
Chapter 12: Effects of changing permeability and resistivity
Chapter 13: Non-linear theory
Chapter 14: Proximity heating
Part III: Heat transfer for electroheat
Chapter 15: Basic heat transfer
Chapter 16: Soaking conditions
Chapter 17: Radiation
Chapter 18: Effect of current depth and radiation
Chapter 19: Heat transfer during surface hardening
Chapter 20: Water cooling in conductors
Chapter 21: Billet with initial temperature distribution
Part IV: Practical heating
Chapter 22: Through-heating by induction
Chapter 23: Surface heating by induction
Chapter 24: Other applications of induction heating
Chapter 25: Induction melting
Chapter 26: Direct resistance heating
Part I: Direct resistance heating
Chapter 1: Fundamentals
Chapter 2: Alternating currents in conductors: the semi-infinite slab
Chapter 3: Alternating currents in conductors: wide rectangular slab
Chapter 4: Alternating currents in conductors: circular cross-section
Chapter 5: Hollow conductors: tubes
Chapter 6: Wire and strip heating
Part II: Induction heating
Chapter 7: Basic induction heating
Chapter 8: Induction heating of thin slabs
Chapter 9: Induction heating of cylinders
Chapter 10: Induction heating of tubes
Chapter 11: Induction heating of hollow cylinder from inside
Chapter 12: Effects of changing permeability and resistivity
Chapter 13: Non-linear theory
Chapter 14: Proximity heating
Part III: Heat transfer for electroheat
Chapter 15: Basic heat transfer
Chapter 16: Soaking conditions
Chapter 17: Radiation
Chapter 18: Effect of current depth and radiation
Chapter 19: Heat transfer during surface hardening
Chapter 20: Water cooling in conductors
Chapter 21: Billet with initial temperature distribution
Part IV: Practical heating
Chapter 22: Through-heating by induction
Chapter 23: Surface heating by induction
Chapter 24: Other applications of induction heating
Chapter 25: Induction melting
Chapter 26: Direct resistance heating
Chapter 1: Fundamentals
Chapter 2: Alternating currents in conductors: the semi-infinite slab
Chapter 3: Alternating currents in conductors: wide rectangular slab
Chapter 4: Alternating currents in conductors: circular cross-section
Chapter 5: Hollow conductors: tubes
Chapter 6: Wire and strip heating
Part II: Induction heating
Chapter 7: Basic induction heating
Chapter 8: Induction heating of thin slabs
Chapter 9: Induction heating of cylinders
Chapter 10: Induction heating of tubes
Chapter 11: Induction heating of hollow cylinder from inside
Chapter 12: Effects of changing permeability and resistivity
Chapter 13: Non-linear theory
Chapter 14: Proximity heating
Part III: Heat transfer for electroheat
Chapter 15: Basic heat transfer
Chapter 16: Soaking conditions
Chapter 17: Radiation
Chapter 18: Effect of current depth and radiation
Chapter 19: Heat transfer during surface hardening
Chapter 20: Water cooling in conductors
Chapter 21: Billet with initial temperature distribution
Part IV: Practical heating
Chapter 22: Through-heating by induction
Chapter 23: Surface heating by induction
Chapter 24: Other applications of induction heating
Chapter 25: Induction melting
Chapter 26: Direct resistance heating