Download - McGraw-Hill Books
Download - McGraw-Hill Books
Download - McGraw-Hill Books
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
CIVIL ENGINEERING<br />
7 Transformation Of Stress And Strain<br />
8 Principal Stresses Under Given Loading Conditions<br />
9 Deflection Of Beams<br />
10 Columns<br />
11 Energy Methods<br />
7. Torsion<br />
8. Axisymmetric Problems<br />
9. Thermal Stresses<br />
10. Elastic Stability<br />
11. Introduction to Composite Materials<br />
NEW<br />
ADVANCED MECHANICS OF<br />
SOLIDS<br />
Third Edition<br />
by L. S. Srinath, Indian Institute of Technology,<br />
Madras<br />
STRENGTH OF MATERIALS (SIGMA<br />
SERIES)<br />
by L. S. Negi, Gurunanak Dev Polytechnic, Rohini, Delhi<br />
2007 / Softcover / 336 pages<br />
ISBN: 978-0-07-063459-6 [SI Units]<br />
(<strong>McGraw</strong>-<strong>Hill</strong> India Title)<br />
www.mhhe.com/negi/som<br />
Based on the problems and solutions approach, this book on strength<br />
of Materials presents the fundamentals and concepts in a simple<br />
manner with step-by-step solution of varied examples. The large<br />
number of practice problems will facilitate honing of the problem<br />
solving skills.<br />
2008 / Softcover / 524 pages<br />
ISBN: 978-0-07-013988-6<br />
(<strong>McGraw</strong>-<strong>Hill</strong> India Title)<br />
http://www.mhhe.com/srinath/ams3e<br />
FEATURES<br />
v This book provides a good foundation on the understanding of<br />
the state of stress and strain at a point.<br />
v Energy theorems applicable to linear and nonlinear elastic bodies<br />
are explained explicitly.<br />
v Thermal stresses in disks, cylinders, and beams have been<br />
discussed in-depth.<br />
v Very good coverage on Mechanics of composites - stress analysis<br />
and strength theories .<br />
v<br />
v<br />
v<br />
Pedagogy includes:<br />
Solved Examples – 118<br />
Chapter end questions : 137<br />
NEW TO THIS EDITION<br />
v New Chapter on Introduction to Stress Concentration and Fracture<br />
Mechanism Stress. It covers the following:<br />
v<br />
v<br />
Concentration due to fillets, notches, and holes<br />
Contact Stresses in spheres and cylinders<br />
v Fracture Mechanics - importance of stress intensity factor, and<br />
influence of cracks in tension members, beams, cylinders under<br />
internal and external pressure.<br />
v<br />
v<br />
Detailed explanation on Compatibility Conditions (chapter 2)<br />
Refreshment of solved examples and chapter end questions<br />
CONTENTS<br />
1. Analysis of Stress<br />
2. Analysis of Strain<br />
3. Stress-Strain Relations for Linearly Elastic Solids<br />
4. Theories of Failure or Yield Criteria and Introduction to Ideally<br />
Plastic Solid<br />
5. Energy Methods<br />
6. Bending of Beams<br />
CONTENTS<br />
1. Stress and Strain<br />
2. Analysis of Stresses<br />
3. Analysis of Strains<br />
4. Torsion<br />
5. Shearing Force and Bending Moment<br />
6. Centroid, Second Moment of Area and Product Moment of Area<br />
7. Stresses in Beams<br />
8. Trusses<br />
9. Compression Members<br />
10. Combined Direct and Bending Stress<br />
11. Theories of Failure<br />
12. Deflection – Geometrical Methods<br />
13. Thin Shell<br />
14. Thick Walled Cylinder<br />
15. Plastic Theory of Structures<br />
16. Springs.<br />
International Edition<br />
MECHANICS OF MATERIALS<br />
Fourth Edition<br />
by Ferdinand P Beer (deceased); E Russell Johnston, Jr., University of<br />
Connecticut and John T DeWolf, University of Connecticut<br />
2006 / Hardcover / 800 pages<br />
ISBN: 978-0-07-310795-0 (Out-of-Print)<br />
ISBN: 978-0-07-124999-7 [IE, SI Metric]<br />
www.mhhe.com/beermom4e<br />
CONTENTS<br />
1 Introduction - Concept of Stress<br />
2 Stress and Strain - Axial Loading<br />
3 Torsion<br />
4 Pure Bending<br />
5 Analysis and Design of Beams for Bending<br />
6 Shearing Stresses in Beams and Thin-Walled Members<br />
7 Transformation of Stress and Strain<br />
8 Principal Stresses Under Given Loading Conditions<br />
9 Deflection of Beams<br />
10 Columns<br />
11 Energy Methods<br />
70