Structural Dynamics in Engineering Design

Seven contributors, each an expert in the field, explain how structural dynamics fits into engineering design. The book supplies the information needed to put an optimal design process into practice.

The first three chapters build the foundation. They cover vibration theory, the basis of experimental dynamics, and the main numerical analysis tools, with the finite element method discussed among them. Once that design philosophy is in place, the next three chapters address identification, nonlinear analysis, and validation and updating. Each chapter pairs theoretical background with practical guidance for developing an advanced design capability.

The final chapter applies the approach to real and complex engineering cases.

The book is intended for researchers and practitioners in mechanical and aerospace engineering, particularly test engineers, CAE analysts, and structural dynamicists. Graduate students in those engineering departments are also an intended audience.