Dynamics of Structures: Theory and Computational Methods

“Dynamics of Structures: Theory and Computational Methods” stands as a comprehensive textbook adopted for those exploring the intricacies of structural dynamics. With a focus on theoretical foundations and computational methods, the book delves into key aspects such as elasticity, stress, and structural dynamics. It covers fundamental topics including beams, torsion, and resonance, providing readers with a solid understanding of the dynamic behavior of structures. The inclusion of the finite element method and modeling techniques enhances the book’s practical utility. Additionally, the integration of MATLAB throughout the text adds a computational dimension, offering readers hands-on experience in applying theoretical concepts to solve real-world structural dynamics problems.

This textbook is an indispensable guide for students and professionals seeking a thorough grasp of structural dynamics, combining theoretical principles with practical computational methods. By adopting a comprehensive approach that includes elasticity, stress analysis, and rotational dynamics, the book equips readers with the tools needed to analyze and model the dynamic behavior of structures, making it an essential resource for the study and application of structural dynamics theory.

Keywords

Textbook Adopted, Beam, Elasticity, Finite Element Method, Modeling, Resonance, Rotation, Stress, Structural Dynamics, Structure, Torsion, MATLAB