This course makes it much easier to understand and remember Fluid Mechanics. Following topics are covered:
1) What is Static pressure, How it varies with depth when a body is immersed inside a liquid.
2) Pascal’s Law
3) A Hydraulic Lift: applying and understanding Pascal’s Law in real life use
4) Barometer and Atmospheric pressure
5) Manometer and Gas Pressure
6) Archimedes principle
7) Fluid flowing through a pipe: Reynolds number, Lamniar Flow and Turbulent flow
8) Equation of Continuity of Flow
9) Bernoulli’s Equation and its derivation
10) Venturi Tube: measuring velocity of flow in a tube.
Course Features
- Lectures 14
- Quiz 0
- Duration Lifetime access
- Skill level All levels
- Language English
- Students 141
- Certificate No
- Assessments Yes
- 1 Section
- 14 Lessons
- Lifetime
Expand all sectionsCollapse all sections
- Fluid mechanics14
- 1.1What is Static Pressure ? (how does it vary with depth)
- 1.2Pascal’s Law
- 1.3Hydraulic Lift – application of Pascal’s Law
- 1.4Barometer and atmospheric pressure
- 1.5Manometer and gas pressure
- 1.6Archimedes Principle
- 1.7Fluid flow – Reynolds number- laminar, turbulent
- 1.8Equation of Continuity of Flow
- 1.9Continuity Equation – further described
- 1.10Bernoulli’s equation
- 1.11Difference between Continuity equation and Bernoulli’s equation
- 1.12Venturi tube -to measure Velocity of Fluid in a tube
- 1.13Poiseuille’s Law – pressure loss due to viscous losses
- 1.14Fluid mechanics – Solved problems
