Ch 02 Mechanical Properties of Fluids

Hydrostatics

Part 1 - Fluid Pressure (Page 26 - 30)

00:00 Fluids, Properties of Fluids
09:17 Fluid Pressure
24:14 Pressure due to a Liquid Column
00:00 Atmospheric Pressure, Absolute Pressure, Gauge Pressure

Part 2 - Pascal's law (Page 30 - 33)

20:11 Hydrostatic Paradox
27:47 Pascal's Law
35:24 Applications of Pascal's Law
00:00 Numerical on Applications of Pascal's Law
08:51 Measurement of Pressure (Mercury Barometer) 19:46 Measurement of Pressure (Open Tube Manometer)

Part 3 - Surface Tension (Page 33 - 37)
24:55 Surface Tension
00:00 Molecular Theory of Surface Tension 07:37 Surface Tension and Surface Energy 36:24 Relation between Surface Tension and Surface Energy

Part 4 - Angle of Contact, Drops-Bubbles (Page 37 - 41)

00:00 Angle of Contact 05:12 Shape of Liquid Drop 18:14 Factors Affecting Angle of Contact 22:55 Excess Pressure Across Free Surface of a Liquid 33:04 Formation of Drops and Bubbles
00:00 Numerical on Drops and Bubbles

Part 5 - Capillary Action (Page 41 - 43)
08:17 Capillary Action 19:43 Expression for Capillary Rise using Pressure Method 24:35 Expression for Capillary Rise using Force Method

Hydrodynamics

Part 6 - Viscosity (Page 44 - 48)

00:00 Fluids in Motion 14:03 Critical Velocity and Reynold's Number 22:52 Viscosity 29:12 Velocity Gradient
00:00 Coefficient of Viscosity 14:28 Stokes Law 23:11 Terminal Velocity

Part 7 - Bernoulli's Equation (Page 48 - 53)

00:00 Equation of Continuity 25:18 Bernoulli's Equation
00:00 Derivation of Bernoulli's Equation 31:50 Applications of Bernoulli's Equation

Other Resources

No comments:

Post a Comment

Subscribe to: Comments (Atom)