Fluid mechanics for chemical engineers
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532 LAN Fluid Mechanics | 532 LAN Fluid Mechanics | 532 LAN Fluid Mechanics | 532 NEV Fluid mechanics for chemical engineers | 532 PLE Computational fluid mechanics and heat transfer | 532 PLE Computational fluid mechanics and heat transfer | 532 PLE Computational fluid mechanics and heat transfer |
1. Introduction --
Part I: Preliminaries --
2. Fluid statics --
3. The balance equation and the mass balance --
4. The first law of thermodynamics --
Part II: Flows of fluids that are one-dimensional, or that can be treated as if they were --
5. Bernoulli's equation --
6. Fluid friction in steady, one-dimensional flow --
7. The momentum balance --
8. One-dimensional, high-velocity gas flow --
Part III: Some other topics that can be viewed by the methods of one-dimensional fluid mechanics --
9. Models, dimensional analysis, and dimensionless numbers --
10. Pumps, compressors, and turbines --
11. Flow through porous media --
12. Gas-liquid flow --
13. Non-Newtonian fluid flow in circular pipes --
14. Surface forces --
Part IV: Two and three-dimensional fluid mechanics --
15. Two- and three-dimenional fluid mechanics --
16. Potential flow --
17. The boundary layer --
18. Turbulence --
19. Mixing --
20. Computational fluid dynamics (CFD) --
Appendixes: --
A. Tables, charts of fluid properties, pipe dimensions and flows, and high-velocity gas flows --
B. Derivations and proofs --
C. Equations for two- and three-dimensional fluid mechanics --
D. Answers to selected problems.
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