Titlebook: Smart Structures; Applications and Rel Afzal Suleman Book 2001 Springer-Verlag Wien 2001 Active vibration control.Health monitoring systems

Extricate

0254-1971 ically in the area of active vibration suppression, shape control, noise attenuation, structural health monitoring, smart machines and micro-electro-mechanical systems with application in aircraft, aerospace, automobile, civil structures and consumer industry.978-3-211-83681-1978-3-7091-2686-8Series

FLAG

Adaptive Structure Projects at the Institute A of Mechanics imbedded in a Collaborative Research Cends range from smart materials and their integration into structures and composites to shape adaptation of aircraft wings, active vibration suppression, and noise control. The project is initiated by the university, supported by the DFG and designed in coordination to related industrial projects.

修饰

Damping of Structural Vibrations Using Adaptive Joint Connections and Neural Controlcation example illustrates this so-called semi-active vibration damping concept..The present paper shows that this concept significantly enhances the vibration suppression of a flexible lightweight structure. Based on these results. an adaptive three-dimensional large space structure with adaptive joints is in reach in the near future.

CORE

喷出

eulogize

Piezoelectric analysis with FEM and BEMpiezoelectricity are summed up, and the Finite Element and Boundary Element Method are formulated for piezoelectric continua. By means of a numerical example, both methods are compared for the case of three-dimensional transient piezoelectricity.

Harness

一个搅动不安

An Adaptive Aeroelastic Wing range of parameters investigated. The airfoil camber shape control increases remarkably the efficiency of the system, by using a controlled change of lift in order to produce the required bending moments.

长处

allergy

Electrostructured Fluids and Smart Machinesrief consideration of the first commercial application of EST — the Lord under-seat shock controller, will be undertaken. Also typical fluid characteristic forms are presented. More detail of the underlying technology is explored and methodologies for the design of the main types of controller are illustrated in subsequent sections.