01781nam a2200241 a 4500001001400000003000700014005001700021008004100038020002500079020002200104040000800126245006800134250001200202260004300214300004500257500007800302500002300380500004300403500019200446505085100638650002001489700003001509vtls000052351KUKTEM20251117150356.0110328t2009    njua   f      001 0 eng d  a9780470262849 (hbk.)  a0470262842 (hbk.)  aUMP00aFundamentals of fluid mechanics /cBruce R. Munson ... [et al.]  a6th ed.  aHoboken, NJ :bJ. Wiley & Sons,cc2009  axxi, 725, 6, 13, [4] p. :bill. ; 29 cm.  aBy Bruce R. Munson, Donald F. Young, Theodore H. Okiishi, Wade W. Huebsch  aPrevious ed.: 2005  aTables on endpapers and p. 3 of  cover  aTo access student companion site log on to http://www.wiley.com/college/munson - Access code: C2056-05581-04203-687 ; C5839-85231-53629-063 ; C4473-27089-75531-972 ; C2033-83053-60877-7800 a1. Introduction -- 2. Fluid statistics -- 3. Elementary fluid dynamics- the Bernoulli equation --  4. Fluid kinematics -- 5. Finite control volume analysis -- 6. Differential analysis of fluid flow -- 7. Similitude, dimensional analysis, and modeling --  8. Viscous flow in pipes --  9. Flow over immersed bodies -- 10. Open-channel flow -- 11. Compressible flow --12. Turbomachines -- App. A. Computational fluid dynamics and FlowLab -- App. B. Physical properties of fluids -- App. C. Properties of the U.S. Standard Atmosphere -- App. D. Compressible flow data for an ideal gas -- App. E. Comprehensive table of conversion factors (web) -- App. F. Video library (web) -- App. G. Review problems (web) -- App. H. Laboratory problems (web) -- App. J. FlowLab tutorial and user's guide (web) -- App. K.  FlowLab patterns (web) -- Answers -- Index 0aFluid mechanics1 aMunson, Bruce Roy,d1940-