NAGS POWER PLANT ENGINEERING
SUDIPTA DE
NAGS POWER PLANT ENGINEERING SUDIPTA DE - 5 - NEW DELHI; Mc Graw Hill; 2021 - 782
Chapter 1. Coal-Based Power Plants: An Overview Chapter 2. Introduction: Economics of Power Generation Chapter
3. Thermodynamics of Steam Power Cycles Chapter
4. Fuels and Combustion Chapter
5. Fuel Firing and Combustion Technology Chapter
6. Steam Generators Chapter
7. Steam Turbines Chapter
8. Condenser and Heat Rejection in Steam Power Plants Chapter
9: Gas Cycle and Combined Cycle Power Generation Chapter
10. Cogeneration, Trygeneration, Polygeneration Chapter
11. Nuclear Power Plants Chapter
2: Hydroelectric Power Plant Chapter
13. Energy Storage Chapter
14. Renewable and Non-conventional Power Generation
Power Plant Engineering is a textbook designed for the undergraduate mechanical engineering students. The book is intended to provide a holistic coverage of the fundamentals, design principles and applications of power plants. It explains the concepts using a right blend of theory, illustrations, examples and exercises.
9789354600050
621.4 / DE
NAGS POWER PLANT ENGINEERING SUDIPTA DE - 5 - NEW DELHI; Mc Graw Hill; 2021 - 782
Chapter 1. Coal-Based Power Plants: An Overview Chapter 2. Introduction: Economics of Power Generation Chapter
3. Thermodynamics of Steam Power Cycles Chapter
4. Fuels and Combustion Chapter
5. Fuel Firing and Combustion Technology Chapter
6. Steam Generators Chapter
7. Steam Turbines Chapter
8. Condenser and Heat Rejection in Steam Power Plants Chapter
9: Gas Cycle and Combined Cycle Power Generation Chapter
10. Cogeneration, Trygeneration, Polygeneration Chapter
11. Nuclear Power Plants Chapter
2: Hydroelectric Power Plant Chapter
13. Energy Storage Chapter
14. Renewable and Non-conventional Power Generation
Power Plant Engineering is a textbook designed for the undergraduate mechanical engineering students. The book is intended to provide a holistic coverage of the fundamentals, design principles and applications of power plants. It explains the concepts using a right blend of theory, illustrations, examples and exercises.
9789354600050
621.4 / DE