About Course
This Steam Power (SP) Engineering course deals with steam power plants. One part of the course is about simple (SP) cycle, reheat, regeneration, and superheating.
Further actual cycles with component efficiencies would also be discussed. Then each component of the plant is discussed in detail. Initially, the types of steam generators and their parts were highlighted.
Then steam turbine, its type, efficiency, and arrangements are focused. Thus this course would provide an understanding of electricity generation or transportation applications using steam as a working medium.
INTENDED AUDIENCE: Undergraduate students of Mechanical engineering. (5 th semester onwards), industry personnel associated with thermal power plant; faculty members associated with Mechanical /Chemical/ Automobile engineering.
Course Content
Steam Power Engineering
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Steam Power Engineering [Introduction Video]
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Lec 18: Boiler accessories
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Lec 19: Practice examples
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Lec 20: Stagnation conditions & Nozzle flow
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Lec 21: Nozzle flow
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Lec 22: Examples of Nozzle
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Lec 23: Impulse Turbine 1
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Lec 24: Impulse Turbine 2
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Lec 25: Examples on Impulse Turbine
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Lec 26: Reaction Turbine
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Lec 27: Reheat Factor
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Lec 28: Examples on Turbine 1
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Lec 29: Examples on Turbine 2
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Lec 30: Gas Mixture
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Lec 31: Psychrometry 1
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Lec 32: Psychrometry 2
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Lec 17: Types of boilers
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Lec 16: Examples of binary cycles
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Lec 1: Review of thermodynamics
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Lec 2: Rankine cycle
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Lec 3: Performance estimation of steam power cycles
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Lec 4: Carnot cycle examples
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Lec 5: Rankine cycle with superheat
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Lec 6: Rankine cycle with reheat theory and example
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Lec 7: Examples of Rankine cycle
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Lec 8: Examples of reheat Rankine cycle
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Lec 9: Rankine cycle with regeneration
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Lec 10: Feedwater heaters
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Lec 11: Cogeneration of power and process heat
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Lec 12: Examples of regeneration
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Lec 13: Examples of regenerative Rankine cycle
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Lec 14: Binary/multi-fluid cycles
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Lec 15: Low temperature power cycles
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Lec 33: Condensers
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