Strength of materials is also called mechanics of materials which
deals with all the engineering courses like mechanical, structural, civil,
biomedical, petroleum, aeronautical, and aerospace etc. that’s why this is
highly demanded ebook by engineering students.
This book is common in
all the engineering courses and it tells about behavior of solid objects and
strength. If you don’t know about it so
you have to read more on Wikipedia strength of materials. Wiki is the best source of
information and I am sure you can collect more information from wiki so go
ahead to know more.
Today I am sharing here a lecture note by Professor S.K Bhattacharya
on “Introduction to strength of material” S.K Bhattacharya is IIT professor in
Kharagpur and it is expected to cover the entire course in 40 lessons which is
of 1-hour duration module. It is expected that the whole course is covered in
10 modules in this whole pdf with complete details and structured diagram and
the diagrams will guide about derived unit, body force, surface forces,
internal forces and concept of stress etc. I hope this module will be helpful
for and you enjoy this pdf lecture note so keep download and must read it your
knowledge and learn more here.
See lecture video by
Prof. S.K Bhattacharya:
Strength of Material
Application for Android Students:
As we all know this is the time of mobile and most of people
spend their maximum time with his/her mobile so there is one application for students
who are using android mobile, they can directly go on Google play store and
search “Strength of Material” and they can get mobile apps on it.
Download: Strengthof Materials Android App
Book Details:
This is fourth edition by Dr.R.K Bansal and useful for
Degree, U.P.S.C (Engineering service) GATE and other competitive examinations.
Published By :
Laxmi Publications (P)
LTD (113, Golden house, Daryaganj) New Delhi-110002
Following chapters are in this ebooks.
List of content:
1. Simple Stress and Strain
2. Elastic constant
3. Principle Stress and Strain
4. Elastic strain Energy and impact loading
5. Centre of Gravity and Moment of Inertia
6. Shear force and Bending Moment
7. Bending Stress in Beams
8. Shear stress in beams
9. Direct and Bending Stress
10. Dams and Retaining Walls
11. Analysis of Frame Structure
12. Deflection of Beams
13. Deflection in cantilevers
14. Conjugate Beam Method and Propped cantilevers
15. Fixed and continuous beams
16. Torsion of shafts and springs
17. Thin cylinders and sphere
18. Thick cylinders and Sphere
19. column and struts
20. Riveted joints
21. welded joints
22. Rotating disks and Cylinders
23. Bending of Curved bars
24. Theory of failure
25. Objective types Questions
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