Engineering in process metallurgy
著者
書誌事項
Engineering in process metallurgy
Clarendon Press ; Oxford University Press, 1989
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注記
Includes bibliographies and index
内容説明・目次
内容説明
This text on process engineering in metallurgy, introduces the basic mechanisms of heat, mass and fluid flow, and shows the origin of associated transport coefficients (diffusivity, conductivity, and viscosity). Chapters dealing with fluid flow, heat and mass diffusion, and heat and mass convective flows then follow by way of a series of metallurgical examples and exercises. Empirical techniques for modelling and for process design are presented, followed by numerical techniques and computer programs needed for "ground-up" quantitive descriptions of typical metallurgical processes. An appendix provides detail on the thermodynamic and physical properties of substances commonly encountered by metallurgists, while a short section on metallurgical thermodynamics illustrates the way these tabulations are intended to be used.
目次
- Part 1 An introduction to transport phenomena and properties in metallurgical operations: including Newton's second law of motion
- Newton's law of viscosity
- the Chapman-Enskog equation. Part 2 Fluid statics and fluid dynamics: including Navien-Stokes equation
- flow past spheres at high Reynold's numbers
- Prandtl's theory of turbulence for boundary layers
- the Euler (momentum) and Bernoulli equations for inviscid fluids. Part 3 Dimensional analysis and reactor design: including Rayleigh's method of indices
- Buckingham's "pi" theorem. Part 4 Heat and mass transfer through motionless media: including the "exact" form of Fick's law of diffusion
- high and low Biot numbers. Part 5 Heat and mass transfer in convective flow systems: including the Lewis-Whitman two-film theory
- Danckwerts' surface renewal theory. Part 6 Numerical techniques and computer applications: including the Gauss-Siedel point-by-point method. Further reading. Appendices: 1 - nomenclature
- 2 - units, dimensions and conversion factors
- 3 - thermodynamic data, worked examples, physical properties, periodic table, error function. Tables. Index. References.
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