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Review Midterm 1 – Fluid Properties

This review covers important equations from Chapters 1, 2, and 3 of Diogo Bolster's CE30460 Fluid Properties course, including Specific Weight, Ideal Gas Law, Newtonian Fluid, Bulk Modulus, Speed of Sound, Capillary Rise, and more.

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Review Midterm 1 – Fluid Properties

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  1. Review Midterm 1 – Fluid Properties CE30460 - Fluid Mechanics Diogo Bolster

  2. Important Equations Chapter 1 • Specific Weight g=rg • Ideal Gas Law p=rRT • Newtonian Fluid Shear Stress t=m du/dy • Bulk Modulus • Speed of Sound • Capillary Rise in a Tube

  3. Important Equations Chapter 2 • (pressure gradient in a stationary fluid) • (hydrostatic force on a plane surface) • (Location of hydrostatic force on a plane) • Fb=gVdisp(buoyant force) • Manometer Equation

  4. Useful Equations – Chapter 3 • Streamwise Acceleration • Bernoulli Equation • Free Jet • Flow Meter • Sluice Gate

  5. Ch 1

  6. Ch1 Utop=3 m/s Fluid 1 2cm Umid=2m/s Fluid 2 2cm

  7. CH1

  8. CH1

  9. Ch2

  10. CH2

  11. Ch2

  12. Ch2

  13. Ch3

  14. CH3

  15. CH3

  16. CH3

  17. CH3

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