Theory of Machines : Kinematics and Dynamics

Theory of Machines : Kinematics and Dynamics
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Theory of Machines : Kinematics and Dynamics

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Publisher: IK International
ISBN: 9789380578705
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Theory of Machines : Kinematics and Dynamics by B V R Gupta
Book Summary:

One has to understand the basics of kinematics and dynamics of machines before designing and manufacturing any component. The subject material is presented in such a way that an average student can easily understand the concepts. The graphical methods of analysis are given preference over analytical wherever possible though they lack in accuracy but can be performed quickly. Particular care has been taken to draw diagrams to scale correctly. The results are compared with analytical ones wherever possible.

In the exercises at the end of each chapter, questions from the question papers of various universities are given under three categories short answer questions, problems, multiple choice questions. Some of the questions may be seen repeated. One should note that they are being given repeatedly and are important for examination purpose.


Audience of the Book :

The Theory of Machines is an important subject to mechanical engineering students of both bachelor’s and diploma level.

 
Key Features:

The main features of the book are as follows:

1.Common examples have been used for illustrating different methods, to help understand the differences in methods more clearly.

2.Same problem has been used with change in only one parameter at a time, to help understand the importance of that parameter.

3.Contains units and their values, and important abbreviations, notations and symbols in the beginning of the book.


Table of Contents:

1. Simple Mechanisms

2. Mechanisms with lower pairs

3. Velocities Accelerations in Mechanisms

4. Inertia Forces in Reciprocating Parts

5. Turning Moment Diagrams and Design of Flywheel

6. Friction

7. Governors

8. Belt, Rope and chain Drives

9. Gyroscope

10. Cams

11. Toothed Gearing

12. Gear Trains

13. Balancing of Rotating Masses

14. Balancing of Reciprocating Masses

15. Longitudinal and Transverse Vibrations

16. Torsional Vibrations.