Theory of Structures SMTS – II: S.I. Units by B C Punmia, Ashok KumarJain and Arun Kumar Jain is one among three volumes on mechanics ofmaterials and structures. The topics are thoroughly described in simplelanguage making it easier for students of engineering to grasp thesubject. The various theories of significance are illustrated in detailthrough numerical examples. The general statements of importantprinciples and their methodologies are without exception providedthrough their practical illustrations. Theory of Structures SMTS –II: S.I. Units is an imperative resource for engineering students whowish to face competitive exams with confidence and perform with flyingcolours.
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Theory of Structures (2nd Edition) - Timoshenko & D. Theory of Structures (2nd Edition) - Timoshenko & D. Theory Of Structures books: This section contains free e-books and guides on Theory Of Structures, which can be viewed online or downloadable in pdf, chm, rar or zip. Basic Civil Engineering. Bridge Engineering. Building Technology. Civil Drawing. Civil Engineering Materials. Concrete Structure Design. Hydraulic Structure. Engineering Economics. Engineering Mechanics.
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The book also comes with several problems that are solved indetail. This is found at the end of each chapter and can be useful forthe students to make self assessment at various stages.The bookwas published by Laxmi Publications. This is the twelfth edition and itwas published in 2005. The book is available in paperback.Key Features:. This is an essential resource for students of engineering.
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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. Table of ContentPART – I MOVING LOADSChapter 1. Rolling LoadsChapter 2. Influence LinesChapter 3.
Influence Lines for Girders with Floor BeamsChapter 4. Influence Lines for Stresses in FramesChapter 5. The Muller-Breslau PrinciplePART – II STATICALLY INDETERMINATE STRUCTURESChapter 6. Statically Indeterminate Beams and FramesChapter 7.
The General Method (Method of Consistent Deformation)Chapter 8. Three Moment Equation MethodChapter 9. The Slope Deflection MethodChapter 10.
Moment Distribution MethodChapter 11. The Column Analogy MethodChapter 12. Method of Strain EnergyChapter 13. Deflection of Perfect FramesChapter 14. Redundant FramesChapter 15.
Cables and Suspension BridgesChapter 16. ArchesPART – III MISCELLANEOUS TOPICSChapter 17. Welded JointsChapter 18. Method of Tension CoefficientsChapter 19. Space FramesChapter 20.
Plastic TheoryChapter 21. Building FramesChapter 22. Kani’s MethodChapter 23. Unsymmetrical BendingIndex.
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