NPTEL Syllabus

Introduction to Fluid Machinesand Compressible Flow - Videocourse

COURSE DETAIL

Module Topic/s

1 Lecture 1: Introduction to Fluid MachinesLecture 2: Energy Transfer in Fluid MachinesPart-ILecture 3: Energy Transfer in Fluid MachinesPart-IILecture 4: Energy Transfer-impulse andReaction Machines, efficiencies of FluidMachinesLecture 5: Principles of Similarity in FluidMachinesLecture 6: Concept of Specific Speed andintroduction to Impulse Hydraulic TurbineLecture 7: Analysis of Force on the Bucket ofPelton wheel and Power GenerationLecture 8: Specific Speed, Governing andLimitation of a Pelton TurbineLecture 9: Introduction to reaction Type ofHydraulic Turbine- A Francis TurbineLecture 10: Analysis of Force on FrancisRunner and Power GenerationLecture 11: Axial Flow machine and Draft TubeLecture 12: Governing of Reaction Turbine

2 Lecture 13: Introduction to RotodynamicPumpsLecture 14: Flow and Energy Transfer in aCentrifugal PumpLecture 15: Characteristics of a CentrifugalPumpLecture 16: Matching of Pump and SystemCharacteristicsLecture 17: Diffuser and CavitationLecture 18: Axial Flow Pump

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MechanicalEngineering

Coordinators:Prof. S.K. SomDepartment of MechanicalEngineeringIIT Kharagpur

3 Lecture 19: Reciprocating PumpLecture 20: Reciprocating Pump Part-II

4 Lecture 21: Centrifugal Compressor Part ILecture 22: Centrifugal Compressor Part IILecture 23: Centrifugal Compressor Part IIILecture 24: Axial Flow Compressor Part ILecture 25: Axial Flow Compressor Part II

5 Lecture 26: Introduction to Compressible FlowLecture 27: Introduction to Compressible FlowPart-IILecture 28: Thermodynamic Relations andSpeed of SoundLecture 29: Disturbance propagation,Stagnation and Sonic PropertiesLecture 30: Effects of Area variation onProperties in an Isentropic FlowLecture 31: Choking in a Converging nozzleLecture 32: Isentropic Flow ThroughConvergent-Divergent DuctLecture 33: Normal ShockLecture 34: Normal Shock Part-IILecture 35: Normal Shock Part-IIILecture 36: Normal Shock Part-IVLecture 37: Normal Shock Part-V

6 Lecture 38: Oblique Shock Part-ILecture 39: Oblique Shock Part-IILecture 40: Introduction to Expansion Waveand Prandtl Meyer Flow

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