Computational Transport Phenomena. Numerical Methods for the Solution of Transport Problems

  • ID: 2128667
  • Book
  • 470 Pages
  • Cambridge University Press
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Computational techniques have become indispensable tools in solving complex problems in transport phenomena. This book, first published in 1997, provides a clear, user-oriented introduction to the subject. Each self-contained chapter includes a detailed worked example and a discussion of the problem system equations. Also included are the numerical methods used; computer code for the solution of the problem system equations; discussion of the numerical solution with emphasis on physical interpretation; and when appropriate, a comparison of the numerical solution with an analytical solution or a discussion of how the numerical solution goes beyond what can be done analytically, especially for nonlinear problems. Intended for students and a broad range of scientists and engineers, the book includes computer code written in transportable Fortran so that readers can produce the numerical solutions and then extend them to other cases. The programs are also available on the author's web site at [external URL]
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M
1. Laminar boundary layer flow; M
2. Unsteady laminar flow in a circular tube; M
3. Nonlinear, front-sharpening convective systems; H
1. Heat conduction in a semi infinite system; H
2. One-dimensional heat conduction; H
3. Heat transfer in a circular fin; H
4. Graetz problem with constant wall heat flux; H
5. Graetz problem with constant wall temperature; H
6. Heat exchanger dynamics; MA
1. Dynamic mass transfer model; MA
2. Mass transfer with simultaneous convection and diffusion; MA
3. Transient multicomponent diffusion. (M - momentum transfer; H - heat transfer; MA - mass transfer and chemical reaction).
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W. E. Schiesser Lehigh University, Pennsylvania.

C. A. Silebi Lehigh University, Pennsylvania.
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