Förlagets beskrivning
SHM technologies for composite structures make use of a variety of sensors and damage detection concepts. Fiber optic sensing, piezoelectric transduction, electrical resistance and impedance measurements, and other physical principles have been tried. The topic is especially difficult because the damage in composites, due to their anisotropic nature and multi-layered construction, is essentially different and more complicated than damage in conventional metallic (monolithic, homogeneous, isotropic) constructions, where a single crack dominates and traditional fracture mechanics tools can be applied to evaluate structural integrity. Analysis of Stress, Vibration, and Waves in Aerospace Composites for SHM and NDE Applications is the first book to present a unified approach to the analysis of stress, waves, and vibration in composite aerospace structures. These three topics have usually been studied separately with different degrees of modeling fidelity and at different scales because they were addressing different engineering audiences. Aerospace composite professionals and aerospace engineering students will both benefit from this book. Presents a comprehensive treatment starting with composite material properties, followed by analysis of stress, waves, and vibration, and culminating with SHM and NDE applicationsProvides the reader with an understanding of the use and the application of waves to detect damage and to monitor a structureWebsite featuring problems, exercises, solutions and MATLAB codes
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Stress, Vibration, and Wave Analysis in Aerospace Composites
Bokrecensioner » Stress, Vibration, and Wave Analysis in Aerospace Composites
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