Fluid Mechanics - Vol 2
Engineering · 22 chapters · 365 sections · about 272 hours
Chapters
22 chapters · 365 sections- 1Lecture - 1321 sections
- 2Equilibrium Conditions19 sections
- 3Lecture - 14: Conservation of Momentum: Example Problems9 sections
- 4Mass Conservation Equation19 sections
- 5Lecture - 1515 sections
- 6Linear Momentum Equations10 sections
- 7Fluid Kinematics14 sections
- 8Newton's Second Law15 sections
- 9Fluid Kinematics29 sections
- 10Motion and Deformation of Fluid Particle8 sections
- 11Introduction9 sections
- 12Velocity Conditions in Nozzles15 sections
- 13Dimensional Homogeneity14 sections
- 14Fluid Flow Dynamics15 sections
- 15Dimension Analysis and Similarity12 sections
- 16Forces and Shear Stress in Fluids16 sections
- 17Laminar and Turbulent Flows22 sections
- 18Introduction to Pipe Systems Design15 sections
- 19Losses in Pipe Fittings29 sections
- 20Flow Control Valves16 sections
- 21Head Losses13 sections
- 22Fluid Mechanics30 sections
About this course
Fluid mechanics is the branch of physics that studies the behavior of fluids (liquids, gases, and plasmas) and the forces acting upon them. It encompasses both fluids at rest (fluid statics) and fluids in motion (fluid dynamics).