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Active Vibration Control Of Plate Structure Using Electromagnetic Transducer Based On H_∞ Optimized Positive Position Feedback


Research Paper (postgraduate), 2015

18 Pages


Excerpt


Table of Contents

Abstract

1. Introduction

2. Flexible Plate Structure Modeling
2.1 Experimental Model
2.2 Analytical Model
2.3 Modal Analysis
2.4 Numerical Model
2.5 Simulation Model of The Plate

3. Multi-modes MIMO HOPPF
3.1 PPF Controller
3.2. Multi-modes MIMO HOPPF Controller Parameter Selection

4. Simulation

5. Experiment

6. Summary

Acknowledgement

Conflict of interest statement

References

Excerpt out of 18 pages

Details

Title
Active Vibration Control Of Plate Structure Using Electromagnetic Transducer Based On H_∞ Optimized Positive Position Feedback
College
Flinders University  (School of Computer Science, Engineering and Mathematics, Faculty of Science and Engineering)
Course
Master of engineering by research
Author
Year
2015
Pages
18
Catalog Number
V323077
ISBN (eBook)
9783668229518
ISBN (Book)
9783668229525
File size
814 KB
Language
English
Keywords
active, vibration, control, plate, structure, using, electromagnetic, transducer, based, optimized, positive, position, feedback
Quote paper
Zhonghui Wu (Author), 2015, Active Vibration Control Of Plate Structure Using Electromagnetic Transducer Based On H_∞ Optimized Positive Position Feedback, Munich, GRIN Verlag, https://www.grin.com/document/323077

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