
Theory of Machines
Book Details
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Publisher: S.K. Kataria & Sons
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Author: R.K. Singal
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Language: English
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Edition: 2012
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ISBN: 9789350142370
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Pages: 200
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Cover: Paperback
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Dimensions: 9.4 x 6.3 x 0.4 inches
About the Book
This English paperback book by R.K. Singal is a useful academic resource for students studying theory of machines, dynamics of machines, mechanical vibrations, and mechanical engineering subjects. The book covers important topics such as static and dynamic force analysis, turning moment and flywheel, balancing of machines, governors, gyroscopic motion, and mechanical vibrations. It also includes a solved sample university paper, references, and an index, making it helpful for classroom learning, self-study, numerical practice, revision, and examination preparation. With its structured unit-wise coverage and exam-oriented approach, this book is suitable for mechanical engineering, production engineering, diploma, technical, and engineering students looking for a reliable reference on dynamics of machines and mechanical vibration concepts.
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Description
Book Details
-
Publisher: S.K. Kataria & Sons
-
Author: R.K. Singal
-
Language: English
-
Edition: 2012
-
ISBN: 9789350142370
-
Pages: 200
-
Cover: Paperback
-
Dimensions: 9.4 x 6.3 x 0.4 inches
About the Book
This English paperback book by R.K. Singal is a useful academic resource for students studying theory of machines, dynamics of machines, mechanical vibrations, and mechanical engineering subjects. The book covers important topics such as static and dynamic force analysis, turning moment and flywheel, balancing of machines, governors, gyroscopic motion, and mechanical vibrations. It also includes a solved sample university paper, references, and an index, making it helpful for classroom learning, self-study, numerical practice, revision, and examination preparation. With its structured unit-wise coverage and exam-oriented approach, this book is suitable for mechanical engineering, production engineering, diploma, technical, and engineering students looking for a reliable reference on dynamics of machines and mechanical vibration concepts.

















