Detailing general theories and reliable analysis techniques for solving real-world problems in linear and nonlinear mechanics, this comprehensive, singe-source reference text investigates the overall structural and mechanical behavior of components—such as beams, frames, and plates of uniform and variable stiffness—in terms of both stress and deformation.
Chapter 1 : Fundamental Aspects of Engineering Mechanics
Chapter 2 : Stresses in Beams of Uniform and Variable Cross Section
Chapter 3 : Large and Small Deformation of Beams of Uniform and Variable Cross Section
Chapter 4 : Beams and Plates on Elastic Foundation
Chapter 5 : Elastic and Inelastic Analysis of Beams and Plates
Chapter 6 : Stability and Instability of Structural and Mechanical Systems
Chapter 7 : Experimental Investigations and Preparation of Test Models
Chapter 8 : Additional Popular Subjects and Methods of Analysis
Appendix A : Basic Rules of Matrix Algebra
Appendix B : Values of 1 and 2
Appendix C : Sample Calculations of Reduced Modulus Er
Appendix D : Computer Program
Appendix E : Student Critique on History of Mechanics in Section 7.2
References
Answers to Selected Problems
