Sunday 6 November 2016

Theory Of Structures by Dr. B.C.Punmia, Ashok Kumar Jain, Arun Kumar Jain - Laxmi Publications - Free Download PDF

SMTS - 2


THEORY OF STRUCTURES

BY Dr. B.C.PUNMIA, ASHOK KUMAR JAIN, ARUN KUMAR JAIN

LAXMI PUBLICATIONS

FREE DOWNLOAD PDF







ABOUT THE BOOK:

This book, first published in July 1965, and entering into its Twelfth Edition, is one of the three volumes on Mechanics of Materials and Structures. The book, divided into three sections, contains Twenty Three Chapters. Each topic introduced is thoroughly described, the theory is rigorously developed and a large number of numerical examples are included to illustrate its application. General statements of important principles and methods are almost invariably given by practical illustrations. Many new advanced problems have been added which will be useful for competitive examinations. A large number of problems, along with their answers, are available at the end of each chapter to enable the students to test his reading at different stages of his studies.

Theory of Structures SMTS - II: S.I. Units by B C Punmia, Ashok Kumar Jain and Arun Kumar Jain is one among three volumes on mechanics of materials and structures. The topics are thoroughly described in simple language making it easier for students of engineering to grasp the subject. The various theories of significance are illustrated in detail through numerical examples. The general statements of important principles and their methodologies are without exception provided through their practical illustrations.

Theory of Structures SMTS - II: S.I. Units is an imperative resource for engineering students who wish to face competitive exams with confidence and perform with flying colours. The book also comes with several problems that are solved in detail. This is found at the end of each chapter and can be useful for the students to make self assessment at various stages.

The book was published by Laxmi Publications. This is the twelfth edition and it was published in 2005. The book is available in paperback.

Key Features:

This is an essential resource for students of engineering. The book contains detailed illustrations for significant principles.
Problems and their solutions are provided at the end of each chapter to assess the learning capabilities of the student.

ABOUT THE AUTHOR:

Dr.Arun Kumar Jain : He, a gold medalist at both B.E. and M.E. levels was formerly working as Assistant Professor of Civil Engineering at M.B.M. Engineering College, Jodhpur. Apart from teaching, he has guided more than a dozen students at M.E. level.
Dr. B.C.Punmia : He is an eminent author of 18 books, most of which are followed as textbooks. Having graduated in 1959 with 'HONORS', he obtained his Master's degree in 1969 with 'HONORS' and Ph.D. in 1976. Having started his career as Assistant Professor in 1959, he was elevated to the posts of Reader in 1965 and Professor in 1978. He also held the posts of Head of Civil Enggineering. and Dean of the Faculty of Engineering at M.B.M. Engineering College, Jodhpur. During his teaching career of about 36 years, he guided a large number of research students. Dr. Punmia has authored more than hundred papers, monographs and technical reports published in various Indian and Foreign Journals. He had been consultant to various government, semi-government and private organizations.
Er. Ashok Kumar Jain : He is an eminent Design and Field Engineer. He is also a prolific writer in the domain of Civil Engineering.



THIS IS A MUST HAVE BOOK FOR EVERY CIVIL ENGINEERING STUDENT





CONTENTS

  1. ROLLING LOADS
  2. INFLUENCE LINES
  3. INFLUENCE LINES FOR GIRDERS WITH FLOOR REAMS
  4. INFLUENCE LINES FOR STRESSES IN FRAMES
  5. THE MULLER-BRESLAU PRINCIPLE
  6. STATICALLY INDETERMINATE BEAMS AND FRAMES
  7. THE GENERAL METHOD (METHOD OF CONSISTENT DEFORMATION)
  8. THE THREE MOMENT EQUATION METHOD
  9. SLOPE DEFLECTION METHOD
  10. MOMENT DISTRIBUTION METHOD
  11. COLUMN ANALOGY METHOD
  12. METHOD OF STRAIN ENERGY
  13. DEFLECTION OF PERFECT FRAMES
  14. REDUNDANT FRAMES
  15. CABLES AND SUSPENSION BRIDGES
  16. ARCHES
  17. BENDING OF CURVED BARS
  18. STRESSES DUE TO ROTATION
  19. VIBRATIONS AND CRITICAL SPEEDS
  20. FLAT CIRCULAR PLATES
  21. UNSYMMETRICAL BENDING
  22. ELEMENTARY THEORY OF ELASTICITY
  23. WELDED JOINTS
  24. METHOD OF TENSION COEFFICIENTS
  25. SPACE FRAMES
  26. PLASTIC THEORY
  27. BUILDING FRAMES
  28. KANI'S METHOD


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