000			01774nam a2200229Ia 4500
999			_c2599 _d2599
008			200103s 1998 ||||xx |||||||||||||| ||und||
020			_a9780071156004
082			_a620.106 _bSTR
100			_aStreeter, Victor L.
245		0	_aFluid mechanics
250			_a9th
260			_bMcGraw Hill _c1998 _aNew York
300			_axi, 740 p.: col. ill.
504			_aTable of Contents pt. 1. Fundamentals of Fluid Mechanics and Transport Ch. 1. Fluid Properties Ch. 2. Fluid Statics Ch. 3. Fluid Flow Concepts and Basic Control Volume Equations Ch. 4. Basic Governing Differential Equations Ch. 5. Dimensional Analysis and Dynamic Similitude Ch. 6. Viscous Flow: Pipes and Channels Ch. 7. External Flows Ch. 8. Ideal-Fluid Flow Ch. 9. Transport by Advection and Diffusion pt. 2. Applications of Fluid Mechanics and Transport Ch. 10. Measurements Ch. 11. Turbomachinery Ch. 12. Closed-Conduit Flow Ch. 13. Flow in Open Channels Ch. 14. Applications of Transport Phenomena App. A. Force Systems, Moments, and Centroids App. B. Computer Programming Aids App. C. Physical Properties of Fluids App. D. Variable Notation App. E. Vector Operations and Notation App. F Answers to Even-Numbered Problems
520			_aThe ninth edition of this most acclaimed book includes heat and mass transport coverage and presents complex problem solutions in Microsoft Excel. The useful division of the book into two parts, the first on fundamentals and the second on applications, helps learner grasp and correlate the theory and applications in most systematic way.
650			_aFluid properties
650			_aFluid Statics
650			_aTurbomachinery
700			_aWylie, E. Benjamin _eCo-author
700			_aBedford, Keith W. _eCo-author
942			_cBK