M E 320 Supplementary Material Pralav Shetty


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1 M E 320 Supplementary Material Pralav Shetty Note: In order to view the demonstrations below, you must first download CDF player to your PC/Mac/Linux. Link for CDF player WEEK 1 Surface Tension Viscosity Vapor pressure No Slip Condition WEEK 2 Tank Equilibria Step Response of a Manometer Pitot Tube
2 Measuring Pulmonary Capacity WEEK 3 Equation of Continuity Flux Hydrostatic Pressure Forces Exerted on an Immersed Object Motion of a Projectile with or without Air Resistance Couette Flow Pascal's Principle The Venturi Effect eries/
3 Torricelli's Theorem Fluid Rotating in a Cylinder WEEK 4 Fluid Kinematics Vorticity WEEK 5 Conservation of Fluid Properties Week 6 Bernoulli's Theorem
4 Week 7 Buckingham Pi/Dimensional Analysis WEEK 8 Frictional Pressure Drop in a Pipe Fanning Friction Factor for Smooth and Rough Pipes Von Kármán Vortex Street in Turbulent Flow Laminar Flow between Two Eccentric Tubes Laminar Flow WEEK 9 Turbine WEEK 10 Continuity Stream(functions/lines)
5 lows/ Navier Stokes
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