Difference between revisions of "Soal-jawab Mekanika Fluida"
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5. [[Turbulent Pipe Flow Properties, Example 8.4, FFM, Munson et. al]] | 5. [[Turbulent Pipe Flow Properties, Example 8.4, FFM, Munson et. al]] | ||
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| + | 6. [[Comparison of Laminar or Turbulent Pressure Drop]] | ||
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| + | 7. [[Minor Losses]] | ||
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| + | 8. [[Noncircular Conduit]] | ||
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| + | 9. [[Type I, Determine Head Loss]] | ||
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| + | 10. [[Type II, Determine Flowrate]] | ||
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| + | 11. [[Type III without Minor Losses, Determine Diameter]] | ||
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| + | 12. [[Type III with Minor Losses, Determine Diameter]] | ||
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| + | 13. [[Three-Reservoir, Multiple-Pipe System]] | ||
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| + | 14. [[Nozzle Flow Meter]] | ||
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| + | 15. [[Drag From Pressure and Shear Stress Distribution]] | ||
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| + | 16. [[Characteristic of Flow Past Objects]] | ||
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| + | 17. [[Boundary Layer Displacement Thickness]] | ||
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| + | 18. [[Momentum Integral Boundary Layer Equation]] | ||
Latest revision as of 16:15, 3 May 2020
1. Analytical solution of laminar flow through the parallel- plate
2. Laminar Parallel Plate Flow - CFD Simulation
3. Turbulent Parallel Plate Flow - CFD Simulation Case study
4. Soal jawab mekanika fluida, munson, example 8.2 laminar pipe flow
5. Turbulent Pipe Flow Properties, Example 8.4, FFM, Munson et. al
6. Comparison of Laminar or Turbulent Pressure Drop
7. Minor Losses
9. Type I, Determine Head Loss
10. Type II, Determine Flowrate
11. Type III without Minor Losses, Determine Diameter
12. Type III with Minor Losses, Determine Diameter
13. Three-Reservoir, Multiple-Pipe System
15. Drag From Pressure and Shear Stress Distribution
16. Characteristic of Flow Past Objects
