Mechanical Vibrations SI 5/E

Mechanical Vibrations SI 5/E provides a clear and comprehensive treatment of vibration theory, computational techniques, and practical applications. With a focus on computer analysis methods as well as the physical significance of each concept, this text builds upon students’ prior knowledge while explaining each derivation in complete detail. The book is organized into self-contained topics, each beginning with a chapter outline and learning objectives and ending with a chapter summary. Throughout the text, numerous examples and problems illustrate the fundamental principles of vibration, while modifications and expanded discussions enhance clarity on basic components such as spring elements, damping, mass or inertia, vibration isolation, and active vibration control. New topics and detailed presentations – including the response of first order systems, graphical representation of characteristic roots, parameter variations and root locus representation, as well as modern techniques like the transfer and frequency transfer function approaches, Bode diagrams, step response analysis, and considerations of both inelastic and elastic collisions – ensure this edition meets the evolving needs of students and professionals alike. This revised edition, reflecting valuable feedback from previous users and reviewers, streamlines its content by removing earlier programming-based examples while reinforcing the textbook’s commitment to a clear, rigorous, and application-oriented exposition.