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    1. Naturvetenskap och teknik
    2. Teknik och industri
    3. Tillverkningsteknik

    Modelling of Materials Processing

    An approachable and practical guide

    AvGregory C. Stangle

    Chapman and Hall

    1998

    Del i serien Materials Technology Series

    3 820 kr

    Beställningsvara. Skickas inom 10-15 vardagar. Fri frakt över 249 kr.

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    Häftad

    3 240 kr

    E-bok

    3 948 kr

    Beskrivning

    This text treats materials processing from a theoretical and thus mathematical and quantitative point of view. The first section draws on varied fields to provide a theoretical basis upon which any materials synthesis and/or fabrication process may be completely described. In the second section, the theory is applied to important materials processing operations. In addition, the practical side of theoretical materials processing is directly addressed: the details of useful numerical simulation methods; numerous tables of material property values; details of useful mathematical manipulations that are frequently required; and helpful, detailed and easy-to-use tables of unit conversions are included. Furthermore, the book begins with a purely qualitative discussion of the key aspects of theory, to establish a sufficiently good understanding of the same aspects when they are re-introduced in their more customary mathematical, quantitative form. Taken together, the various elements of this book provide a foundation for both the understanding and the use of this theoretical approach to materials processing.The book should be of interest to R+D personnel, industrial engineers and plants managers. It should also be of interest to graduates and undergraduates studying materials synthesis, processing and modelling.

    Produktinformation

    • Märke:Chapman and Hall
    • Utgivningsdatum:1998-09-30
    • Höjd:155 x 235 x 49 mm
    • Vikt:1 497 g
    • Språk:Engelska
    • Serie:Materials Technology Series
    • Antal sidor:928
    • Upplaga:1998
    • Förlag:Chapman and Hall
    • EAN:9780412711206

    Utforska kategorier

    • Tillverkningsteknik inom Naturvetenskap och teknik

    Innehållsförteckning

    • 1. Balance Equations.- 1. Balance equations: An informal description.- 2. Conserved quantities for the balance equations.- 3. Balance equations for a single-phase material.- 4. Balance equations for a multiphase material.- II. Constitutive Relationships.- 5. Constitutive relationships: Near-equilibrium thermodynamics.- 6. Expressions for a single-phase material.- 7. Internal geometry & topology of multiphase materials.- 8. Expressions for the system in a multiphase material.- 9. Expressions for the solid phase in a multiphase material.- 10. Expressions for the liquid phase in a multiphase material.- 11. Expressions for the gas phase in a multiphase material.- III. Practical Considerations.- 12. Interlude: Use of chapters 1–11.- 13. Sources of material property values.- 14. Numerical solution: Some finite difference methods.- 15. Numerical solution: Some finite element methods.- IV. Implementation.- 16. Example: Glass refining.- 17. Example: Fiber spinning.- 18. Example: Alloy solidification.- 19. Example: Microwave heating of ceramics.- 20. Example: Combustion synthesis of refractory materials.- 21. Example: Binder removal from shaped powder compacts.- 22. Example: Flow of a solid-liquid suspension.- Appendices.- Appendix A: Details of Mathematical Quantities and Operations Used in the Text.- A1 Simple Algebra.- A2 Coordinate Systems.- A2.1 Essential Features of a Coordinate System.- A2.2 Transformations From One Coordinate System to Another.- A2.3 Particular Coordinate Systems.- A3 Algebra.- A3.1 Representation of Scalars, Vectors & Tensors.- A3.2 Algebraic Operations.- A3.3 Special Vectors and Tensors.- A3.4 Uses of Certain Special Second-Order Tensors.- A3.5 Useful Relationships Among Algebraic Operations.- A4 Spatial Derivatives and Differentials.- A4.1 SpatialDerivatives.- A4.2 Useful Relationships Involving Spatial Derivatives.- A4.3 Spatial Derivatives in Particular Coordinate Systems.- A4.4 Differentials & Regions of Infinitesimal Extent.- A5 Time Derivatives.- A5.1 Motion, Paths & Moving “Objects”.- A5.2 Time Derivatives in Three Dimensions — General Case.- A5.3 Time Derivatives in Three Dimensions — Specific Cases.- A5.4 Time Derivatives Involving a Surface.- A6 Integrals.- A7 Derivatives of Integrals.- A7.1 Spatial Derivatives of Volume & Surface Integrals.- A7.2 Time-Derivatives of Volume Integrals.- A7.3 Time-Derivatives of Surface Integrals.- A8 Other Mathematical Details.- A8.1 Evaluation of Gaussian Integrals.- A8.2 Orthogonal Functions.- Appendix B: Units and Dimensions.- B1 Fundamental and Derived Units.- B2 Unit Conversions.- B3 Dimensional Analysis.- B3.1 Dimensional Analysis of the Balance Equations.- B3.2 Dimensional Analysis of Coupled Transport Processes.- B4 Non-dimensionalization.- Appendix C: Correlations for Heat and Mass Transfer Coefficients.- C1 Heat Transfer Coefficients.- C1.1 Natural Convection Involving “Inside” Flow.- C1.2 Forced Convection Involving “Inside” Flow.- C1.3 Natural Convection Involving “Outside” Flow.- C1.4 Forced Convection Involving “Outside” Flow.- C2 Mass Transfer Coefficients.- C2.1 Mass Transfer Involving “Inside” Flow.- C2.2 Mass Transfer Involving “Outside” Flow.- Glossary of Symbols Used.