New PDF release: Acoustic Interactions With Submerged Elastic Structures:

By Ardeshir Guran, Adrianus De Hoop, Dieter Guicking, Francesco Mainardi

ISBN-10: 981022950X

ISBN-13: 9789810229504

ISBN-10: 9812810757

ISBN-13: 9789812810755

The interplay of acoustic fields with submerged elastic buildings, either by means of propagation and scattering, is being investigated at a number of associations and laboratories world-wide with ever-increasing sophistication of experiments and research. This ebook bargains a suite of contributions from those examine centres that symbolize the current state of the art within the research of acoustic elastic interplay, being at the innovative of those investigations. This comprises the outline of acoustic scattering from submerged elastic items and shells via the resonance scattering concept of Flax, Dragonette and Uberall, and the interplay of those phenomena by way of interface waves. it is usually using this concept for the aim of inverse scattering, i.e. the choice of the scattered gadgets homes from the obtained acoustic backscattered indications. the matter of acoustically excited waves in inhomogeneous and anisotropic fabrics, and of inhomogeneous propagating waves is taken into account. Vibrations and resonances of elastic shells, together with shells with several types of inner attachments, are analyzed. Acoustic scattering experiments are defined within the time area, and at the foundation of the Wigner-Ville distribution. Acoustic propagation within the water column over elastic barriers is studied experimentally either in laboratory tanks, and within the box, and is analyzed theoretically. Ultrasonic nondestructive trying out, together with such points like probe modelling, scattering through a variety of kinds of cracks, receiving probes and calibration via a side-drilled gap is usually studied in information. A entire photo of those complicated phenomena and different points is gifted within the booklet by way of researchers which are specialists in every one of those domain names, giving updated bills of the sector in most of these elements.

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Additional info for Acoustic Interactions With Submerged Elastic Structures: Acoustic Propagation and Scattering, Wavelets and Time Frequency Analysis (Series on Stability, ... and Control of Systems. Series B, V. 5)

Sample text

AcciMr. Joe. A m . 81, 275-286 (1987). 20. L. R. Yoon, "Experimental measurements of three-dimensional propagation in a wedge-shaped ocean with pressure-release boundary conditions," 7. Mf. Sec. A m . 8 7 , 101-105(1990). 30 5. A. L. G/egg artd J. M . R^ey 21. L. B. G. House, "Comparison between theory and modet scale measurements of three-dimensional sound propagation in a shear supporting penetrabte wedge," 7. AcoMf. $oc. An;. 94, 2334-2342 (1993). 22. L. J. M. Ritey, J. Yuan, H. Uberatt, "Laboratory scale measurements and numerical predictions of underwater sound propagation over a sediment layer," 7.

L. G/egg and J. M . R^ey 4. B. Wood'* w h o presented the results of an experiment showing a visual picture of horizontal refraction. 1m. A wedge domain was constructed by resting one edge of a glass plate on the bottom of the concrete tank, while the opposite edge rested on the side of the tank. T o obtain the sound field characteristics, the glass plate was painted with a water soluble paint. W h e n the region w a s insonified using a frequency of 1 M H z , the variation of the sound level on the sloping bottom appeared on the painted surface, showing the interference pattern illustrated in figure 2.

C^egg and J. M. 2 m Figure 19: The experiment by Gtegg, Deane and House. The mode) of a sobd bottom was mounted in a test poo) forming a wedge region as shown. thickness must also be known. In a previous study^ this model was used to investigate the acoustic field over a flat bottom and it was found that excellent agreement between measurements and numerical predictions could be achieved over the whole data set if the geo-acoustic parameters were optimized (see ^ for details) to obtain the best fit at a high and a low frequency (30 k H z and 15 kHz).

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Acoustic Interactions With Submerged Elastic Structures: Acoustic Propagation and Scattering, Wavelets and Time Frequency Analysis (Series on Stability, ... and Control of Systems. Series B, V. 5) by Ardeshir Guran, Adrianus De Hoop, Dieter Guicking, Francesco Mainardi


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