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Found 4 from your keywords: subject="Theory of Elasticity"
cover
Strength Of Materials: Part II: Advanced Theory And Problems
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Stephen P. Timoshenko

The second volume of this foundational work focuses on advanced topics in the strength of materials and the theory of elasticity. It covers complex subjects such as the torsion of non-circular shafts, the bending of curved bars, the theory of plates and shells, and the buckling of bars under various loading conditions. This volume is intended for graduate students and research engineers, provid…

Edition
3rd Edition
ISBN/ISSN
-
Collation
572 pages
Series Title
Engineering
Call Number
1ENG222
cover
Theory of Plates and Shells
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Stephen P. TimoshenkoS. Woinowsky-Krieger

This seminal work serves as a definitive guide to the mathematical and physical principles of plate and shell structures. The authors provide a rigorous treatment of the linear theory of plates, covering bending of long rectangular plates, purely elastic bending of circular and rectangular plates, and the effects of large deflections. The text extensively explores the general theory of shells, …

Edition
2nd Edition
ISBN/ISSN
07-085820-9
Collation
580 pages
Series Title
Engineering
Call Number
1ENG151
cover
Strength of Materials Part II: Advanced
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S. Timoshenko

This advanced volume by Stephen Timoshenko serves as a continuation of his foundational work on mechanics, delving into more complex problems of structural analysis and material behavior. Part II: Advanced covers specialized topics such as the deformation of curved bars, the theory of plates and shells, buckling of columns, and the analysis of stress concentrations. The text also explores the p…

Edition
3rd Edition
ISBN/ISSN
-
Collation
572 pages
Series Title
Engineering
Call Number
1ENG150
cover
Theory of Elasticity
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S. P. TimoshenkoJ. N. Goodier

This classic and globally recognized textbook provides a comprehensive treatment of the theory of elasticity, serving as a fundamental resource for engineers and researchers in structural and mechanical sciences. The authors utilize mathematical rigor to develop the general equations of equilibrium and compatibility, focusing on the analysis of stress and strain in deformable bodies. Key topics…

Edition
3rd Edition
ISBN/ISSN
07-085805-5
Collation
568 pages
Series Title
Engineering
Call Number
1ENG147