Engineering Fluid Mechanics - Clayton T. Crowe
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Engineering Fluid Mechanics - Clayton T. Crowe

Written by Clayton T. Crowe
Edition: 9
Format(s): PDF
Language: English

This Practice Problems with Solutions was written to accompany Engineering Fluid Mechanics by Clayton Crowe. It helps to build a stronger for students through practice, since connecting the math and theory of fluid mechanics to practical applications can be a difficult process. Simple and effective examples show how key equations are utilized in practice, and step-by-step descriptions provide details into the processes that engineers follow.

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Creation Date:Fri, 27 May 2011 02:17:43 -0400
This is a Multifile Torrent
1-Practice Problems.pdf 50.13 KBs
1-Problems.pdf 107.41 KBs
1-Summary.pdf 59.5 KBs
1.1-Liquids and Gases.pdf 144.99 KBs
1.2-The Continuum Assumption.pdf 290.79 KBs
1.3-Dimensions, Units...pdf 130.41 KBs
1.4-Topics in Dimensional Analysis.pdf 895.52 KBs
1.5-Engineering Analysis.pdf 82.09 KBs
1.6-Applications and Connections.pdf 67.86 KBs
1.Intro.pdf 203.93 KBs
10-Intro.pdf 292.7 KBs
10-Practice Problems.pdf 134.24 KBs
10-Problems.pdf 6.59 MBs
10-Summary.pdf 170.75 KBs
10.1-Classifying Flow.pdf 1.14 MBs
10.10-Pumps and Systems of Pipes.pdf 2.03 MBs
10.2-Specifying Pipe Sizes.pdf 229.67 KBs
10.3-Pipe Head Loss.pdf 808.41 KBs
10.4-Stress Distributions in Pip...pdf 828.75 KBs
10.5-Laminar Flow in a Round Tube.pdf 909.58 KBs
10.6-Turbulent Flow and the Mood...pdf 1.75 MBs
10.7-Solving Turbulent Flow Prob...pdf 1.28 MBs
10.8-Combined Head Loss.pdf 1.46 MBs
10.9-Nonround Conduits.pdf 574.44 KBs
11-Intro.pdf 468.61 KBs
11-Practice Problems.pdf 117.6 KBs
11-Problems.pdf 2.19 MBs
11-Summary.pdf 102.28 KBs
11.1-Relating Lift and Drag to S...pdf 872.37 KBs
11.10-Lift and Drag on Road Vehicles.pdf 894.66 KBs
11.2-Calculating Drag force.pdf 2.12 MBs
11.3-Drag of Axisymmetric and 3D...pdf 1.85 MBs
11.4-Terminal velocity.pdf 426.77 KBs
11.5-Vortex Shedding.pdf 782.8 KBs
11.6-Reducing Drag by streamlining.pdf 175.32 KBs
11.7-Drag in Compressible Flow.pdf 1.04 MBs
11.8-Theory of Lift.pdf 1.88 MBs
11.9-Lift and Drag on Airfoils.pdf 3.15 MBs
12-Intro.pdf 61.48 KBs
12-Practice Problems.pdf 73.17 KBs
12-Problems.pdf 1.17 MBs
12-Summary.pdf 133.06 KBs
12.1-Wave Propagation in Compres...pdf 1.07 MBs
12.2-Mach Number Relationships.pdf 937.58 KBs
12.3-Normal Shock Waves.pdf 1.07 MBs
12.4-Isentropic Compressible Flo...pdf 3.43 MBs
13-Intro.pdf 262.09 KBs
13-Practice Problems.pdf 113.21 KBs
13-Problems.pdf 3.7 MBs
13-Summary.pdf 116.5 KBs
13.1-Measuring Velocity and Pres...pdf 4.37 MBs
13.2-Measuring Flow Rate (Discha...pdf 5.95 MBs
13.3-Measurement in Compressible...pdf 1.62 MBs
13.4-Accuracy of Measurements.pdf 485.13 KBs
14-Intro.pdf 72.98 KBs
14-Practice Problems.pdf 84.24 KBs
14-Problems.pdf 1.71 MBs
14-Summary.pdf 86.4 KBs
14.1-Propellers.pdf 2.44 MBs
14.2-Axial-Flow Pumps.pdf 1.58 MBs
14.3-Radial-Flow Machines.pdf 1.89 MBs
14.4-Specific Speed.pdf 1009.43 KBs
14.5-Suction Limitations of Pumps.pdf 1.02 MBs
14.6-Viscous Effects.pdf 114.77 KBs
14.7-Centrifugal Compressors.pdf 1.28 MBs
14.8-Turbines.pdf 4.91 MBs
15-Intro.pdf 73.73 KBs
15-Practice Problems.pdf 96.93 KBs
15-Problems.pdf 2.7 MBs
15-Summary.pdf 143.15 KBs
15.1-Description of Open-Channel...pdf 673.89 KBs
15.2-Energy Equation for Steady ...pdf 475.04 KBs
15.3-Steady Uniform Flow.pdf 1.61 MBs
15.4-Steady Nonuniform Flow.pdf 132.66 KBs
15.5-Rapidly Varied Flow.pdf 4.31 MBs
15.6-Hydraulic Jump.pdf 2.32 MBs
15.7-Gradually Varied Flow.pdf 3.3 MBs
2-Intro.pdf 66.15 KBs
2-Practice Problems.pdf 58.6 KBs
2-Problems.pdf 1.14 MBs
2-Summary.pdf 63.92 KBs
2.1-Properties Involving Mass a...pdf 108.88 KBs
2.2-Ideal Gas Law.pdf 154.7 KBs
2.3-Properties Involving Therma...pdf 79.28 KBs
2.4-Viscosity.pdf 2.62 MBs
2.5-Bulk Modulus of Elasticity.pdf 141.64 KBs
2.6-Surface Tension.pdf 606.27 KBs
2.7-Vapor Pressure.pdf 64.68 KBs
3-Intro.pdf 444.92 KBs
3-Practice Problems.pdf 176.97 KBs
3-Problems.pdf 9.64 MBs
3-Summary.pdf 104.07 KBs
3.1-Pressure.pdf 1.3 MBs
3.2-Pressure Variation with Ele...pdf 1.5 MBs
3.3-Pressure Measurements.pdf 1.76 MBs
3.4-Forces on Plane Surfaces (P...pdf 1.62 MBs
3.5-Forces on Curved Surfaces.pdf 1.14 MBs
3.6-Buoyancy.pdf 498.08 KBs
3.7-Stability of Immersed and F...pdf 2.29 MBs
4-Intro.pdf 184.64 KBs
4-Practice Problems.pdf 120.89 KBs
4-Problems.pdf 5.19 MBs
4-Summary.pdf 122.46 KBs
4.1-Descriptions of Fluid Motion.pdf 2.83 MBs
4.2-Acceleration.pdf 805.14 KBs
4.3-Euler's Equation.pdf 1004.65 KBs
4.4-Pressure Distribution in Ro...pdf 717.59 KBs
4.5-The Bernoulli Equation Alon...pdf 2.3 MBs
4.6-Rotation and Vorticity.pdf 1.75 MBs
4.7-TheBernoulli Equation in Ir...pdf 1.73 MBs
4.8-Separation.pdf 887.46 KBs
5-Intro.pdf 435.07 KBs
5-Practice Problem.pdf 183.15 KBs
5-Problems.pdf 5.72 MBs
5-Summary.pdf 129.68 KBs
5.1-Rate of Flow.pdf 1.11 MBs
5.2-Control Volume Approach.pdf 1.27 MBs
5.3-Continuity Equation.pdf 1.66 MBs
5.4-Cavitation.pdf 1.86 MBs
5.5-Differential Form of the Co...pdf 772.21 KBs
6-Intro.pdf 77.55 KBs
6-Practice Problems.pdf 197.97 KBs
6-Problems.pdf 9.43 MBs
6-Summary.pdf 144.41 KBs
6.1-Momentum Equation_ Derivation.pdf 305.37 KBs
6.2-Momentum Equation_ Interpre...pdf 615.52 KBs
6.3-Common Applications.pdf 3.46 MBs
6.4-Additional Applications.pdf 4.59 MBs
6.5-Moment-of-Momentum Equation.pdf 1.47 MBs
6.6-Navier-Stokes Equation.pdf 1.08 MBs
7-Intro.pdf 64.4 KBs
7-Practice Problems.pdf 145.18 KBs
7-Problems.pdf 6.78 MBs
7-Summary.pdf 152.96 KBs
7.1-Energy, Work, and Power.pdf 358.57 KBs
7.2-Energy Equation_ General Form.pdf 841.63 KBs
7.3-Energy Equation_ Pipe Flow.pdf 1.9 MBs
7.4-Power Equation.pdf 961.06 KBs
7.5-Contrasting the Bernoulli E...pdf 100.04 KBs
7.6-Transitions.pdf 1.25 MBs
7.7-Hydraulic and Energy Grade ...pdf 2.79 MBs
8-Intro.pdf 66.04 KBs
8-Practice Problems.pdf 95.01 KBs
8-Problems.pdf 1.3 MBs
8-Summary.pdf 186.86 KBs
8.1-Need for Dimensional Analysis.pdf 501.26 KBs
8.2-Buckingham _ Theorem.pdf 76.91 KBs
8.3-Dimensional Analysis.pdf 423.26 KBs
8.4-Common p-Groups.pdf 310.98 KBs
8.5-Similitude.pdf 1.82 MBs
8.6-Model Studies for Flows wit...pdf 393.18 KBs
8.7-Model-Prototype Performance.pdf 258.79 KBs
8.8-Approximate Similitude at H...pdf 1 MB
8.9-Free-Surface Model Studies.pdf 1.2 MBs
9-Intro.pdf 64.54 KBs
9-Practice Problems.pdf 365.93 KBs
9-Problems.pdf 2.98 MBs
9-Summary.pdf 85.13 KBs
9.1-Surface Resistance with Uni...pdf 1.32 MBs
9.2-Qualitative Description of ...pdf 866.36 KBs
9.3-Laminar Boundary Layer.pdf 1.36 MBs
9.4-Boundary Layer Transition.pdf 62.93 KBs
9.5-Turbulent Boundary Layer.pdf 4.55 MBs
9.6-Pressure Gradient Effects o...pdf 796.37 KBs
Answers.pdf 607.01 KBs
Appendix.pdf 2.7 MBs
F.2-Commonly Used Equations.pdf 387.59 KBs
F.3-Useful Constants.pdf 63.6 KBs
Inside Back Cover.pdf 127.19 KBs
Inside Front Cover.pdf 387.46 KBs
TblA.6-Nomenclature.pdf 124.69 KBs
TblF.1-Formulas for Unit Conversions.pdf 94.95 KBs
TblF.4-AIR.pdf 76.42 KBs
TblF.5-WATER.pdf 74.92 KBs
TblF.6-WATER.pdf 63.67 KBs
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