Mechatronic Systems: Devices, Design, Control, Operation and Monitoring

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Description
With individual chapters authored by distinguished professionals in their respective topics, this book provides for engineers, designers, researchers, educators, and students, a convenient and up-to-date
reference with information on mechatronic devices and systems, including technologies and methodologies for their analysis, design, control, monitoring, and diagnosis. The book consists of 29 chapters, grouped into 5 sections: mechatronic devices, communication technologies, control technologies, mechatronic design and optimization, and monitoring and diagnosis. Cross-referencing is used throughout to indicate other places in the book where further information on a particular topic is provided.

In the book, equal emphasis is given to theory and practical application. The chapters are grouped into those covering mechatronic devices and applications, linking and communication within and outside a mechatronic systems, control of mechatronic systems, design of mechatronic devices and systems, and monitoring and fault diagnosis of mechatronic systems. Analytical formulations, numerical methods, design approaches, control techniques, and commercial tools are presented and illustrated using examples and case studies. Practical implementations, field applications, and experimentation are described and demonstrated.

Mechatronics concerns synergistic and concurrent use of mechanics, electronics, computer engineering, and intelligent control systems in modeling, analyzing, designing, developing, and implementing smart electromechanical products. As the modern machinery and electromechanical devices are typically being controlled using analog and digital electronics and computers, the technologies of mechanical engineering in such a system can no longer be isolated from those of electronic and computer engineering. For example, in a robot systems or a micro-machine, mechanical components are integrated with analog and digital electronic components to provide single functional units or products. Similarly, devices with embedded and integrated sensing, actuation, signal processing, and control have many practical advantages. In the framework of mechatronics, a unified approach is taken to integrate different types of components and functions, both mechanical and electrical, in modeling, analysis, design, and implementation, with the objective of harmonious operation that meets a desired set of performance specifications.

In the mechatronic approach, a multidomain (mixed) system consisting of subsystems that have primarily mechanical (including fluid and thermal) or primarily electrical (including electronic) character is treated using integrated engineering concepts. In particular, electromechanical analogies, consistent energy transfer (e.g., kinetic, potential, thermal, fluid, electrostatic, and electromagnetic energies) through energy ports and integrated design methodologies may be incorporated, resulting in benefits with regard to performance, efficiency, reliability, and cost.

Content:-
1. Technology Needs for Mechatronic Systems
Section I: Mechatronic Devices
2. Robotic Application of Mechatronics
3. Swiss Lever Escapement Mechanism
4. Instrumented Wheel for Wheelchair Propulsion Analysis
5. MEMS-Based Ultrasonic Devices
6. Polyaniline Nanostructures
Section II: Communication Technologies
7. TCP Connectivity Analysis in Mobile Ad Hoc Networks
8. i.LIGHT: Communication Using Visible Light
9. Bluetooth Networking
10. Brain–Machine Interfacing and Motor Prosthetics
Section III: Control Technologies
11. Adaptive Control of a Gantry System
12. Virtual Computer Numerical Control System
13. Model Predictive Control of a Flexible Robot
14. Computer Vision in Multi-Robot Cooperative Control
15. Robotic Tasks Using Discrete Event Controller
16. Fuzzy Modeling and Control
Section IV: Mechatronic Design and Optimization
17. Mechatronic Modeling and Design
18. Evolutionary Mechatronic Tool
19. Mechatronic Design Quotient (MDQ)
20. Kinematic Design Optimization of Acrobot
21. Evolutionary Optimization in the Design of a Heat Sink
22. Actuator Optimization and Fuzzy Control in Mechatronics
Section V: Monitoring and Diagnosis
23. Health Monitoring of a Mechatronic System
24. Defect Detection of Patterned Objects
25. Fault Detection and Diagnosis in Mechatronic Systems
26. Sensor Fusion for Online Tool Condition Monitoring
27. Modeling of Cutting Forces During Machining
28. Mechatronics in Landmine Detection and Removal
29. Online Monitoring and Fault Diagnosis of Ship Propulsion Systems
Index

Author Details
"Clarence W. de Silva"




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