Week 6: Relation of derivatives to the control volume formulation
Course Material
- Week 1: Introduction and Basic Concepts
- Week 2: The no slip condition, Classification of fluid flows
- Week :3 One, two and three dimensional flow, Concepts of Boundary Layers
- Week 4: Units and Dimensions, Properties of Fluids
- Week 5: Density and Specific gravity, Vapor pressure and Cavitation
- Week 6: Relation of derivatives to the control volume formulation
- Week 7: Conservation of mass, momentum equation for inertial control volume
- Week 8: Momentum equation for control volume with rectilinear acceleration
- Week 9: Mid Term
- Week 10: Momentum equation for control volume with arbitrary acceleration
- Week 11: The angular momentum principle, the first law of thermodynamics, the second law of thermodynamics,
- Week 12: Introduction to differential analysis of fluid motion
- Week 13: Conservation of mass, stream function for two dimensional incompressible flow
- Week 14: Motion of a fluid element (kinematics), momentum equation
- Week: 15 Euler's Equation of motion
- Week 16: Cauchy Equation of Motion
- Week 17: Navier Stokes Equation
- Week 18: Final Term Exams
- Chapters 18
- Department Mathematics
- Teacher
Dr. Muhammad Ashraf
