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• Lec 1: Introduction and types of flow Lec 2: Motion of fluid particles + continuity of flow
• Lec 3: Continuity equation in Cartesian coordinates and polar coordinates Lec 4: Circulation and vorticity + problems
• Lec 5: Velocity potential and stream function + problems Lec 6: Drag and lift + problems
• Lec 7: Air foil theory and boundary layer theory +problems Lec 8: Boundary layer thickness + problems
• Lec 9: Vortex flow+ types of vortex flow+ problems Lec 10: Navier stroke equation + problems
• Lec 11: Quiz 1 Lec 12: Problems related to find out discharge using diff eq
• Lec 13: Reynolds number +Hagen poiseuille law problems Lec 14: Flow b/w parallel plates when when plate is moving and one is at rest + problems
• Lec 15: Flow b/w parallel plates when both plates are at rest+ problems Lec 16: Power absorbed by journal bearings + Quiz 2
• Lec 17: Problems discussion Lec 18; Mid term(online) by assigning the topic to each student of class.
• Lec 19: Impact of jet Lec 20: Problems of impact of jet
• Lec 21: Hydraulic machines Lec 22: Problems of hydraulic machines
• Lec 23: Centrifugal pumps Lec 24: Problems of centrifugal pumps
• Lec 25: Reciprocating pump Lec 26: Reaction turbines
• Lec 27: Problems of reaction turbines Lec 28: Impulse turbine
• Lec 29: problems Lec 30: Course over view
• Lec 31: Course over view Lec 32: Final terms