Complete Casting Handbook : Metal Casting Processes, Techniques and Design.

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Complete Casting Handbook is the result of a long-awaited update, consolidation and expansion of expert John Campbell's market-leading casting books into one essential resource for metallurgists and foundry professionals who design, specify or manufacture metal castings. The first single-volume...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Campbell, John, 1938-
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Burlington : Elsevier Science, 2011.
Edición:3rd ed.
Temas:
Founding > Handbooks, manuals, etc.
Metal castings.
Fonderie > Guides, manuels, etc.
Pièces moulées.
TECHNOLOGY & ENGINEERING > Technical & Manufacturing Industries & Trades.
Founding
Metal castings
Electronic books
Handbooks and manuals
Acceso en línea:Texto completo
Tabla de Contenidos:
  • E9781856178099v1; Front Cover; Dedication; Complete Casting Handbook; Copyright; Contents; Preface; Introduction from Castings 1st Edition 1991; Introduction to Castings 2nd Edition 2003; Introduction to Casting Practice: The 10 Rules of Castings 2004; Introduction to Castings Handbook 2011; Acknowledgments; Volume 1
  • Casting metallurgy; Chapter 1
  • The melt; 1.1 Reactions of the melt with its environment; 1.2 Transport of gases in melts; 1.3 Surface film formation; 1.4 Vaporization; Chapter 2
  • Entrainment; 2.1 Entrainment defects; 2.2 Entrainment processes; 2.3 Furling and unfurling.
  • 2.4 Deactivation of entrained films2.5 Soluble, transient films; 2.6 Detrainment; 2.7 Evidence for bifilms; 2.8 The importance of bifilms; Chapter 3
  • Flow; 3.1 Effect of surface films on filling; 3.2 Maximum fluidity (the science of unrestricted flow); 3.3 Extended fluidity; 3.4 Continuous fluidity; Chapter 4
  • Molds and cores; 4.1 Molds: Inert or reactive; 4.2 Transformation zones; 4.3 Evaporation and condensation zones; 4.4 Mold atmosphere; 4.5 Mold surface reactions; 4.6 Metal surface reactions; 4.7 Mold coatings; Chapter 5
  • Solidification structure; 5.1 Heat transfer.
  • 5.2 Development of matrix structure5.3 Segregation; Chapter 6
  • Casting alloys; 6.1 Zinc alloys; 6.2 Magnesium; 6.3 Aluminum; 6.4 Copper; 6.5 Cast iron; 6.6 Steels; 6.7 Nickel-base alloys; 6.8 Titanium; Chapter 7
  • Porosity; 7.1 Shrinkage porosity; 7.2 Gas porosity; 7.3 Porosity diagnosis; Chapter 8
  • Cracks and tears; 8.1 Hot tearing; 8.2 Cold cracking; Chapter 9
  • Properties of castings; 9.1 Test bars; 9.2 The statistics of failure; 9.3 Effect of defects; 9.4 Tensile properties; 9.5 Fracture toughness; 9.6 Fatigue; 9.7 Elastic (Young's) modulus and damping capacity; 9.8 Residual stress.
  • 9.9 High-temperature tensile properties9.10 Oxidation and corrosion resistance; 9.11 Leak-tightness; 9.12 Surface finish; 9.13 Quality indices; References
  • Volume I; e9781856178099v2; Front Cover; Dedication; Complete Casting Handbook; Copyright; Contents; Preface; Introduction from Castings 1st Edition 1991; Introduction to Castings 2nd Edition 2003; Introduction to Casting Practice: The 10 Rules of Castings 2004; Introduction to Castings Handbook 2011; Acknowledgments; Volume 2 Casting manufacture; Introduction to the Casting Manufacturing Industry; Section 1.
  • Chapter 10
  • The 10 Rules for good castings10.1 Rule 1: 'Use a good-quality melt'; 10.2 Rule 2: 'Avoid turbulent entrainment' (the critical velocity requirement); 10.3 Rule 3: 'Avoid laminar entrainment of the surface film' (the non-stopping, non-reversing condition); 10.4 Rule 4: 'Avoid bubble damage'; 10.5 Rule 5: 'Avoid core blows'; 10.6 Rule 6: 'Avoid shrinkage damage'; 10.7 Rule 7: 'Avoid convection damage'; 10.8 Rule 8: 'Reduce Segregation Damage'; 10.9 Rule 9: 'Reduce residual stress'; 10.10 Rule 10: 'Provide location points'; Section 2
  • Filling system design.
  • Chapter 11
  • Filling system design fundamentals.

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