Titlebook: Dynamics of Smart Systems and Structures; Concepts and Applica Vicente Lopes Junior,Valder Steffen Jr.,Marcelo Am Book 2016 Springer Intern

eczema

Wave Motion in Elastic Structures in active and passive vibration control, and in structural health monitoring. In this chapter, the concept of wave motion is introduced and different types of waves are discussed, namely waves in a string, a rod and a beam. Using the wavenumber, the phenomenon of dispersion is introduced as is phas

Defiance

Passive and Active Structural Vibration Control frequency response, among others, and, then, extend these concepts to the design of passive and active vibration control solutions. Well-known passive vibration control solutions such as vibration dampers and absorbers are discussed. Some fundamental aspects related to control theory such as feedfo

使成核

Nonlinear Dynamics and Chaospoints, linearization, stability, and Poincaré maps are treated. Afterward, chaotic dynamics is explored. Horseshoe transformation is discussed in order to define the main aspects of chaos. Fractal characteristics are presented and discussed. Routes to chaos are investigated showing some definitions

大氣層

SLING

Piezoelectric Materialshibit a mechanical deformation when subjected to an electric field. This reciprocal coupling between mechanical and electrical energy provides useful features for these materials. The dynamics of the piezoelectric sensor/actuator plays an increasing importance when higher performance from closed loo

CREEK

不妥協(xié)

intoxicate

Composite Structures Design and Analysise composite materials very attractive for application on different types of structures. However, even new designs are still very conservative, because the composite structure failure phenomena are very complex. This chapter shows the principal fundamentals to design and analyze composite structures.

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