Content
- Preface
- INTRODUCTION TO SOLID PROCESSES
- REASONS
- ARTICLES
- VARIOUS AUTHORITIES, LAW CENTER AND ENTERTAINMENT
- POEMS
- SIMPLE GAMES
- PHYSICAL AND MECHANICAL PROPERTIES OF STRUCTURAL FEATURES
- SIMPLE STEPS AND POWER
- COLUMN
- STEPS TO ACTION
- IMPORTANT POINTS AND STRENGTHS
Preface
Mechanics of Solids is an important course for all engineering students developing their analytical skills. This course applies the laws of mechanics to physical parts and develops skills in solving structural problems involving continuous parts.
The author clearly explains and demonstrates the concepts involved in solving many technical problems. The design is well designed and the results are displayed without skipping any steps. SI parts and standard specifications are used throughout as specified in the Indian Standard Code. The author has created this book to suit the latest syllabus of Gujarat Technical University.
The author hopes that the students and teachers of Gujarat Technical University will warmly welcome this book as most of the author’s previous books have been accepted by students and teachers in India.
Any suggestions and corrections would be greatly appreciated.
The author acknowledges the efforts of M/s. Thank you to New Age International Publishers for publishing this book in the best possible way. He also accepts the opportunity from AICTE to associate him with B. U. B. College, Hubli. Introduction to Solid Mechanics The nature of rest and the shapes of objects produced by various forces have fascinated mathematicians and scientists for centuries. The branch of physics that deals with the rest or state of bodies is called mechanics. Mechanics has evolved from the analysis of gravitational forces on solid bodies and the application of simple forces to the analysis of complex systems such as buildings, aircraft, spacecraft, and robotics, to complex energy systems such as energy, aerodynamics, and thermal energy.
Archimedes (287–22 BC), Galileo (1564–1642), Sir Isaac Newton (1642–1727), and Einstein (1878–1955) played an important role in the development of mechanics. Avignon, Euler and D. Alemberts also made great contributions. The mechanics developed by researchers can be grouped as follows:
- Classical mechanics
- Newtonian mechanics
- (ii) Relativistic mechanics
- (iii) Quantum mechanics / wave mechanics.
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