Engineering Thermodynamics (Principles & Practices)
Book Details:
тАв Author: Dr. D.S. Kumar
тАв Publisher: S.K. Kataria & Sons
тАв Edition: Reprint 2013
тАв Language: English
тАв Number of Pages: 1000
тАв Binding: Paperback
тАв Release Date: 01 January 2012
тАв ISBN: 9789350142738
Description:
This book is a comprehensive guide to thermodynamics, thermal engineering, and heat transfer, specially designed for mechanical and engineering students. Written by Dr. D.S. Kumar, the book explains the fundamental principles of energy systems, thermodynamic processes, and thermal machines in a clear and systematic manner.
The book covers important topics including thermodynamic laws, work and heat transfer, ideal and real gases, gas mixtures, entropy, availability and irreversibility, gas power cycles, steam properties, steam boilers, vapor power cycles, steam engines, compressors, internal combustion engines, gas turbines, jet propulsion, fuels and combustion, refrigeration systems, psychrometry, and heat transfer. It also discusses practical engineering applications and thermal system performance.
With detailed explanations, well-organized chapters, and practical engineering concepts, this book serves as an excellent academic and reference resource for university studies, laboratory work, competitive examinations, and professional learning in thermodynamics and thermal engineering.
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Engineering Thermodynamics (Principles & Practices)
Engineering Thermodynamics (Principles & Practices)
Book Details:
тАв Author: Dr. D.S. Kumar
тАв Publisher: S.K. Kataria & Sons
тАв Edition: Reprint 2013
тАв Language: English
тАв Number of Pages: 1000
тАв Binding: Paperback
тАв Release Date: 01 January 2012
тАв ISBN: 9789350142738
Description:
This book is a comprehensive guide to thermodynamics, thermal engineering, and heat transfer, specially designed for mechanical and engineering students. Written by Dr. D.S. Kumar, the book explains the fundamental principles of energy systems, thermodynamic processes, and thermal machines in a clear and systematic manner.
The book covers important topics including thermodynamic laws, work and heat transfer, ideal and real gases, gas mixtures, entropy, availability and irreversibility, gas power cycles, steam properties, steam boilers, vapor power cycles, steam engines, compressors, internal combustion engines, gas turbines, jet propulsion, fuels and combustion, refrigeration systems, psychrometry, and heat transfer. It also discusses practical engineering applications and thermal system performance.
With detailed explanations, well-organized chapters, and practical engineering concepts, this book serves as an excellent academic and reference resource for university studies, laboratory work, competitive examinations, and professional learning in thermodynamics and thermal engineering.
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$2.64Product Information
Product Information
Shipping & Returns
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Description
Book Details:
тАв Author: Dr. D.S. Kumar
тАв Publisher: S.K. Kataria & Sons
тАв Edition: Reprint 2013
тАв Language: English
тАв Number of Pages: 1000
тАв Binding: Paperback
тАв Release Date: 01 January 2012
тАв ISBN: 9789350142738
Description:
This book is a comprehensive guide to thermodynamics, thermal engineering, and heat transfer, specially designed for mechanical and engineering students. Written by Dr. D.S. Kumar, the book explains the fundamental principles of energy systems, thermodynamic processes, and thermal machines in a clear and systematic manner.
The book covers important topics including thermodynamic laws, work and heat transfer, ideal and real gases, gas mixtures, entropy, availability and irreversibility, gas power cycles, steam properties, steam boilers, vapor power cycles, steam engines, compressors, internal combustion engines, gas turbines, jet propulsion, fuels and combustion, refrigeration systems, psychrometry, and heat transfer. It also discusses practical engineering applications and thermal system performance.
With detailed explanations, well-organized chapters, and practical engineering concepts, this book serves as an excellent academic and reference resource for university studies, laboratory work, competitive examinations, and professional learning in thermodynamics and thermal engineering.
