狠狠色噜噜色狠狠狠综合久久,中文字幕无线码欧美成人,高清一区二区亚洲欧美日韩

　　This book discussed common methods of vibration control technology and recent progress， which is divided into eight chapters. The first chapter introduced the development status and the present key technologies of piezoelectric smart structure vibration control. The second chapter focused on Piezoelectric Smart Structure Dynanucs using traveling wave method. The third chapter introduced the location optimized problems of piezoelectric sensor/actuator for Piezoelectric Intelligent Structure. The fourth chapter described the principle of adaptive filter and LMS algorithm. The fifth chapter studied fiher-X adaptive control algorithm for active vibration control. Chapter six presented the Multiple Input Multiple Output Random Disturbance Control. Chapter seven introduced optimal control strategy for Multi-Input Muhi-Output ( MIMO) systems. Chapter eight presented the building of intelligent structural vibration control platform， experiments were analyzed for structural vibration control methods studied in this book.
　　The book is referred to vast scientific and technological personnel working on control science and engineering， aerospace engineering， manufacturing and automation， materials science and engineering， it can be used as a study book for the graduate and senior undergraduate in the above profession.

　　Piezoelectric smart structure active vibration control methods and techniques is an interdisciplinary forefront research topic， which is involved in advanced materials， control theory， mechanical analysis， mathematical modeling， scientific computing， experimental technology， et al. And it has important scientific and academic significance and project application value.
　　Smart structure represents a brand new developing direction of Material & Structure Science in 21st century. Especially in active vibration control engineering， it has now become a research hotspot in vibration engineering. In particular， it has inspiring prospects in vibration active control and becomes a focus of research on vibration engineering. Active vibration suppress smart structure forms an important researching content on Smart Materials and Structures， and it detects the structural vibration level using embedded sensors. Based on detecting result， it can control the embedded actuators to change the structural vibration state， which will achieve the aim of attenuating structural vibration response adaptively. It is beneficial to raise the structural safety and prolong its life. This research has widespread applications in the areas of aeronautics， astronautics， the defense industry and other civilian areas.
　　In the field of active vibration control， the research of control methods is a very important aspect; an important development direction of the current piezoelectric smart structure research in the field of active damping is the research on adaptive control strategy. Adaptive Filtering feed forward control method has been achieving good results in the test. The basic idea of this approach is： first establishes the mathematical model of controlled structure and controller in the form of the filter， then determines model parameters of controlled structural systems， achieves optimal controller parameters using digital signal processing technology， and adaptive control algorithm is the core. It adjusts parameters of the controller according to the new information， to guarantee optimal control results.

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