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Acoustic Radiation Damping of Flat Rectangular Plates Subjected to Subsonic Flows

Acoustic Radiation Damping of Flat Rectangular Plates Subjected to Subsonic Flows


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About the Book

The acoustic radiation damping for various isotropic and laminated composite plates and semi-infinite strips subjected to a uniform, subsonic and steady flow has been predicted. The predictions are based on the linear vibration of a flat plate. The fluid loading is characterized as the perturbation pressure derived from the linearized Bernoulli and continuity equations. Parameters varied in the analysis include Mach number, mode number and plate size, aspect ratio and mass. The predictions are compared with existing theoretical results and experimental data. The analytical results show that the fluid loading can significantly affect realistic plate responses. Generally, graphite/epoxy and carbon/carbon plates have higher acoustic radiation damping values than similar aluminum plates, except near plate divergence conditions resulting from aeroelastic instability. Universal curves are presented where the acoustic radiation damping normalized by the mass ratio is a linear function of the reduced frequency. A separate curve is required for each Mach number and plate aspect ratio. In addition, acoustic radiation damping values can be greater than or equal to the structural component of the modal critical damping ratio (assumed as 0.01) for the higher subsonic Mach numbers. New experimental data were acquired for comparison with the analytical results. Lyle, Karen Heitman Unspecified Center BERNOULLI THEOREM; CONTINUITY EQUATION; DAMPING; FLAT PLATES; ISOTROPIC MEDIA; LINEAR VIBRATION; MACH NUMBER; SOUND WAVES; SUBSONIC FLOW; AEROELASTICITY; ASPECT RATIO; GRAPHITE-EPOXY COMPOSITES; MASS RATIOS; PIEZOELECTRIC GAGES; RECTANGULAR PLATES; STEADY FLOW; UNIFORM FLOW...


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Product Details
  • ISBN-13: 9781722916893
  • Publisher: Createspace Independent Publishing Platform
  • Publisher Imprint: Createspace Independent Publishing Platform
  • Height: 279 mm
  • No of Pages: 120
  • Spine Width: 6 mm
  • Width: 216 mm
  • ISBN-10: 1722916893
  • Publisher Date: 17 Jul 2018
  • Binding: Paperback
  • Language: English
  • Returnable: N
  • Weight: 295 gr


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