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Wave propagation in elastic solids Jan Achenbach
Publisher: North Holland

TitledElastic Wave Propagation and Generation in Seismology.. Shear wave propagation speed is then calculated and a color-coded real time ShearWave™ Elastography map is produced showing tissue stiffness. Their velocity is different for different media. 703-715(Invited Review Paper)Elastic Wave Propagation and Nondestructive Evaluation of MaterialsT SUNG -TSONG WUInstitute of Applied Mechanics National Taiwan University Taipei, Taiwan, R. Sound (sound, Schall) – mechanical vibrations and elastic waves that propagate in solids, liquids and gases, mainly in the audible frequency range (16-20000 Hz). This research report contains results obtained by the authors in recent years in the research area of dynamic fracture mechanics and wave propagation in damaged solids. Wave Propagation in Elastic Solids - J. (Received April 13, 1999; Accepted June 7, 1999) ABSTRACT The use of elastic waves to measure elastic properties as well as flaws in solid specimens has received much attention, and many important applications have been developed recently. Wave Motion: a) The sound waves can also be called as elastic waves and medium is needed for their propagation. ; Elastic waves in solids 2 book ;, diannshumaker ;s blog message on . B) The velocity of sound waves depends on the property of inertia and Example: Vibration of string, the surface waves produced on the surface of solid and liquid. His fundamental research interests include the analysis of elastic wave propagation in solids, fracture mechanics, computational mechanics, geo- and bio-mechanics. Results are real-time, user-skill independent, reproducible The ShearWave™ Elastography criteria or features studied for each lesion were: size, shape, average value of elasticity, homogeneity, orientation and contrast of elasticity between lesion and fatty tissue.