Worked Examples in Mechanical Vibrations Using MATLAB is a practical guide for students, engineers, and researchers seeking hands-on expertise in vibration analysis using MATLAB. The book emphasizes computational problem-solving, bridging the gap between theory and real-world applications through step-by-step worked examples.
Key Features:
- Extensive Worked Examples: Covers fundamental to advanced vibration problems with detailed solutions.
- MATLAB Implementation: Includes scripts for numerical simulations, visualization, and verification.
- Application-Oriented: Focuses on engineering applications in structural dynamics, machinery design, and control systems.
Topics Covered:
The book systematically introduces key vibration concepts, starting with Fundamentals of Vibration, followed by Free and Forced Vibrations, Multi-Degree-of-Freedom Systems, and Vibration Control. It also explores Numerical Integration Methods, Finite Element Analysis, and Nonlinear Vibrations, equipping readers with both analytical and computational tools.
Who Should Read This Book?
- Students & Lecturers in mechanical, aerospace, and applied mechanics programs.
- Engineers & Researchers working in automotive, robotics, and structural dynamics.
- Self-Learners & Professionals looking to strengthen MATLAB skills in vibration analysis.
