Worked Examples in Mechanical Vibrations using MATLAB
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- FormatePub
- ISBN8230665571
- EAN9798230665571
- Date de parution25/03/2025
- Protection num.pas de protection
- Infos supplémentairesepub
- ÉditeurIndependently Published
Résumé
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.
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.
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.
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.
