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Application of High Order Acoustic Finite Elements to Transmission
Numerical Techniques for Scattering from Submerged Objects
Some Seemingly Unresolved Questions 1n Numerical Techniques
acoustic pressure Aeronautics and Space AIAA approach axis of symmetry boundary conditions Boundary Element Methods boundary integral boundary layer cavity resonance conditioned spectral analysis CYLINDRICAL SHELL STRUCTURE DBEM duct eigenfunction experimental data F(Hz field points Figure 2b frequency response frequency response functions geometry GREENS FUNCTION I I I I incident field Integral Equation interferenced interior points interior space interior volume isoparametric elements Korkan Lewis Research Center measured Miami Beach mn mn mn modal motion NASA NASA Lewis Research National Aeronautics Noise Control noise source NORMAL STRESS numerical evaluation observer location Performing Organization pressure field propagation quadratic Research Center Cleveland resonance SACLANT SAFARI Schmidt seismology solution Space Administration spherical cavity STATISTICAL SIGNAL ANALYSIS submerged objects surface integral symmetry of spheroid Techniques in Acoustics Texas A&M University transition matrix transmission loss Transonic variable velocity vibration Vortex Trajectories vortices wave WAVEFIELD wavenumber Winter Annual Meeting