Theoretical And Computational Acoustics '95

Inbunden, Engelska, 1996

Av TENG LEE H SCHULTA SCHULTA C TE Y H PAO, Ding Lee, Yih-hsing Pao, Martin H Schultz, Yu-chiung Teng, Yih-Hsing Pao, Yu-Chiung Teng

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This conference provided a forum for active researchers to discuss the state-of-the-art in theoretical and computational acoustics. Topics covered fluid/elastic interface-theoretical and computational aspects with applications, seismic waves and earthquake studies, modeling, theoretical and computational aspects for multidimensional wave propagation, methods for computational acoustics, structural acoustics, scattering and inverse problems, solutions to acoustic problems by supercomputers and parallel processing, and application of neural networks to acoustics.

Produktinformation

Utgivningsdatum1996-08-01
FormatInbunden
SpråkEngelska
Antal sidor580
FörlagWorld Scientific Publishing Co Pte Ltd
ISBN9789810226831

Tillhör följande kategorier

Numerical recognition of seabed parameters using data of reflections, L. Bjorno and S. Sun; backscattering calculations in simple waveguide geometrics using stepwise coupled normal modes, F. B. Jensen; on the use of stair steps to approximate bathymetry changes in ocean waveguides, F. B. Jensen; parabolic equation development in recent decade, D. Lee and A. D. Pierce; geometrical errors and focalization in matched field inversion for geoacoustic properties, N. R. Chapman et al; how to make the best use of three-dimensional Hamiltonian acoustic ray tracing by avoiding modeling artifacts, R. M. Jones; a numerical solution of parabolic elastic wave equations, D. Lee and R. J. Nagem; advances in space-time finite element methods for structural acoustics and fluid-solid interaction, L. L. Thompson; on the stability of a finite, baffled elastic plate in mean flow, S. Wu and J. Zhu; analysis of wave field in fluid entrained between two conventric cylindrical shells, S. Yoshikawa and K. Saijyou; using matched field processing to determine shallow water environmental parameters, A. Tolstoy; the impact of mesoscale oceanic structure on global-scale acoustic propagation, E. C. Shang and Y. Y. Wang; a simulation study of the variability of acoustic transmissions from Hawaii to Monterey, R. A. Staten et al; high order numerical schemes for paraxial approximations of the wave equation, E. Becache et al; analytic diffraction correction for the accurate experimental modeling of absorption and dispersion properties of viscoelastic materials, L. Peirlinckz et al.