Lecture Description
In this video lesson, Physics Instructor Donny Lee studies the pressure variation in a fluid with rigid-body motion. The key assumption, among others, is that there is no shearing stress between water particles.
Course Index
- The Basic Equation of Pressure Field
- Pressure Field Incompressible Fluid
- Forces at a Point for Basic Equation
- Pressure at a Point (Part 1)
- Shearing Stress On Disk
- Pressure at a Point (Part 2)
- Viscosity
- Pressure Variation With Motion
- A Cup of Coke in a Moving Vehicle
- Hydrostatic Force
- Centroid and Centre of Pressure Not Equal
- Archimedes' Principle: The Mathematical Way
- Archimedes' Principle: Location of Force
- Hydrostatic Force On Plane
- Pressure Field Compressible Fluid
- Hover Craft via Reynold's Theorem
- Transport Theorem Complex Case
- Analysis of Forces in One Dimension
- System vs Control Volume
- Reynold's Transport Theorem in One Dimension
- Hovercraft (Part 2)
- Syphoning Water
- Flow Past a Sphere
- Bernoulli's Equation (After Integration)
- Bernoulli's Equation via F = ma
Course Description
In this course, Math and Physics Instructor Donny Lee gives 25 video lessons on Fluid Mechanics. Some of the topics covered are: Basic Equation of Pressure Field, Pressure Field Incompressible Fluid, Viscosity, Hydrostatic Force, Archimedes' Principle, Pressure Field Compressible Fluid, Reynold's Theorem, Syphoning Water, and many more.
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