....2017.03.047 [35] Yeddula , S. R. , and Morgans , A. S. , 2021 , “ A Semi-analytical Solution for Acoustic Wave Propagation in Varying Area Ducts With Mean Flow ,” J. Sound. Vib. , 492 , p. 115770 . 10.1016/j.jsv.2020.115770 [36] Yeddula , S. R. , Guzmán-Iñigo , J...

... to 3D and moving 2.5D loads. Additionally, time responses have been synthesized using inverse Fourier transformations. acoustic wave propagation sound insulation multilayer wall moving 2.5D loads 3D loads, Bessel integrals The acoustic behavior and sound insulation of partition...

... on lateral faces of the ring-shaped sample of panel are blocked. A plane, time-harmonic, acoustic wave propagates in the air waveguide onto the panel’s surface (its upper surface, accordingly with its orientation as presented in Figs. 1 2 ). In general, this normally incident wave is partially reflected...

... not be neglected for an accurate analysis of a thick curved beam with a large curvature parameter. 17 08 2010 12 05 2011 22 12 2011 22 12 2011 acoustic wave propagation beams (structures) Coriolis force dispersion relations elastic waves elasticity frequency response shear...

... that the systems’ dispersion curves are primarily governed by the material properties of the string and by the location of the supports. 08 03 2011 12 07 2011 28 11 2011 28 11 2011 acoustic dispersion acoustic wave propagation damping elastic constants The intent here...

... ). 21 09 2010 14 03 2011 26 07 2011 26 07 2011 acoustic wave propagation algebra beams (structures) composite materials frequency response Monte Carlo methods structural acoustics transient response Weibull distribution Composite structures provide opportunities...

... acoustic wave propagation finite element analysis periodic structures pipes shear deformation structural acoustics vibrations pipe phononic crystals band gap Timoshenko beam Vibration analysis of fluid-conveying piping systems has received considerable attention due to its wide...

... Plate ,” AIAA J. 0001-1452 , 44 ( 10 ), pp. 2311 – 2318 . 10.2514/1.19855 21 07 2009 10 12 2009 01 06 2010 01 06 2010 acoustic materials acoustic wave propagation invisibility cloaks metamaterials active acoustic metamaterials programmable metamaterials...

... scanning laser vibrometers. acoustic wave propagation bending elastic waves honeycomb structures Poisson ratio vibration measurement vibrations The concept of a chiral topology was first proposed at molecular level by Wojciechowski ( 8 ), and then as structural lattice component...

... 04 2010 acoustic dispersion acoustic wave propagation periodic structures perturbation theory nonlinear periodic structures perturbation analysis amplitude-dependent dispersion tunable acoustic devices In a linear periodic structure, there exists “propagation zones...

... , “ Consistent Higher-Order Dynamical Equations for Soft-Core Sandwich Beams ,” AIAA J. 0001-1452 , 42 ( 2 ), pp. 374 – 382 . 10.2514/1.2742 24 01 2008 17 05 2009 08 01 2010 acoustic wave propagation acoustic wave transmission bending modal analysis statistical analysis...

... sounds within the torso that utilize multiple noninvasive sensors to create acoustic images of the sound generation and transmission to identify certain pathologies. 26 03 2007 10 08 2007 17 03 2008 acoustic wave propagation bioacoustics lung Passive listening...

... 10 2006 12 11 2007 acoustic wave propagation beams (structures) vibrations The equivalent radiated acoustic power from a structure is a function of a set of support design variables p i . We assume that the excitation frequency is independent of the design parameters so...

... f ∂ p ∂ n = 1 j ω 2 ρ f × ∑ m , n { [ ∫ Γ 2 k m n N m n ( p − p b ) φ m n ( x , y ) d Γ ] φ m n ( x , y ) } Acoustical wave propagation in porous material considering...

... on rate of attenuation for circular duct with a = 0.10 m , c = 0.12 m , and M = 0 14 05 2004 20 07 2006 structural acoustics pipe flow acoustic wave propagation acoustic wave absorption acoustic wave velocity acoustic field Circular...

... wave propagation acoustic wave scattering plates (structures) laminates eigenvalues and eigenfunctions shear deformation closed loop systems vibration control vibrations structural acoustics FLPT SVD PEP high frequency open-loop control closed-loop control wave scattering...

...M. N. Ichchou; F. Sui 26 10 2004 07 01 2006 vibrations structural acoustics acoustic intensity acoustic wave propagation damping This short letter offers a reply to the discussion on our previous paper, “Prediction of Time Varying Vibroacoustic Energy Using a New Energy...

... ( t ) ϕ n ( r i ) ) , n = 0 , 1 , 2 , … . vehicle dynamics structural acoustics vibrations cavitation acoustic wave propagation In some analyses of the low-frequency noise in automotive vehicles, a new unexpected mode, which is not related to structural...

.... 0739-3717 , 127 , pp. 333 – 340 . 25 08 2004 18 04 2005 beams (structures) vibrations structural acoustics composite materials bending torsion shear deformation acoustic wave transmission acoustic wave propagation Composite materials displayed anisotropic...

... or complex structures consisting of Timoshenko beam components. The approach is illustrated with several numerical examples. 08 06 2004 17 12 2004 vibrations structural acoustics beams (structures) acoustic wave reflection acoustic wave propagation acoustic wave transmission...