ESSENTIALS OF STRENGTH OF MATERIALS [MECHANICS OF SOLIDS]: CONCISE EDITION OF THE BEST-SELLING TITLE—STRENGTH OF MATERIALS

ESSENTIALS OF STRENGTH OF MATERIALS [MECHANICS OF SOLIDS]: <Span Class="Subtitlevalue">CONCISE EDITION OF THE BEST-SELLING TITLE—STRENGTH OF MATERIALS </Span>

Authors : Er. R K Rajput

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About the Author

Er. R K Rajput :-
He was born on 15 September, 1944 (coincident with Engineer's Day) is a multidisciplinary engineer. He obtained his Master's Degree in Mechanical Engineering (with Hons., Gold Medal) from Thapar Institute of Engineering and Technology, Patiala. He is also a graduate engineer in Electrical Engineering. He has more than 40 years of experience in teaching different subjects of Mechanical and Electrical Engineering disciplines. He has published/ presented a large number of technical papaers. He is the author of several books on the important subjects of Mechanical as well as Electrical Engineering disciples. By dint of hard work and devotion to duty, he has earned the following awards and honours:

• Best Teacher (Academic) Award
• Distinguished Author Award
• Jawahar Lal Nehru Memorial Gold Medal for an outstanding research paper
 

About the Book

 
This book which deals with the various topics in the subject of Strength of Materials exhaustively. It present the subject-matter in a lucid, direct and easily understandable style. A large number of worked out simple, moderate and difficult problems are arranged in a systematic manner to enable the students to grasp the subject effectively, from examination point of view.
The book comprises of 18 chapters (including advance topics) covering the syllabi in the subject of "Strength of Materials" of all the Indian Universities and Competitive Examinations as well. It contains Experiments at the end of the chapters to enable the students to have an access to the practical aspects of the subject.
 

Key Features

 
• Typical Examples: useful for students appearing in competitive examinations in particular and other students in general
• Highlights, Objective Type Questions and a large number of Unsolved Examples
 

Table of Content

 
• Simple Stresses and Strains • Principal Stresses and Strains • Bending Moments and Shearing Forces • Bending Stresses in Beams • Combined Direct and Bending Stresses • Shearing Stresses • Deflection of Beams • Fixed and Continuous Beams • Thin Shells • Thick Shells • Torsion of Circular and Non-circular Shafts • Springs • Strain Energy and Deflection Due to Shear and Bending • Columns and Struts • Theories of Failure • Stresses Due to Rotation • Bending of Curved Bars • Unsymmetrical Bending and Shear Centre