High-frequency plate damping due to gas pumping in riveted joints.
HF plate vibration damping due to gas pumping in riveted joints, considering pressure dependence of viscosity
Maidanik, G.↗
Engineering topics
Maidanik, G.
Publications and source records attributed to Maidanik, G..
Panel loss factors due to gas-pumping at structural joints
High frequency structural damping due to riveted joints associated with gas pumping between overlapping surfaces
Maidanik, G.↗
Influence of upstream flow discontinuities on the acoustic power radiated by a model air jet
Effect of upstream flow discontinuities on acoustic power radiated by model air jet
AIR JET↗
Energy dissipation associated with gas-pumping in structural joints.
Vibratory energy dissipation of plates with riveted beams as induced by gas-pumping in structural joints
PLATE↗
Energy dissipation associated with gas-pumping in structural joints
Energy dissipation associated with gas pumping in structural joints
ENERGY DISSIPATION↗
Studies of the near-field noise properties of a small air jet Final report
Turbulent eddy relationship to noise production in supersonic air jet
JET NOISE↗
The mach wave field radiated by supersonic turbulent shear flows.
Mach wave field radiated by supersonic turbulent shear layers estimated on basis of velocity gradients and density fluctuations
SUPERSONIC FLOW↗
Radiation properties of cylindrical shells.
Acoustic radiation efficiency of cylindrical shells, noting peak at ring frequency due to flexure wave speed increase
ACOUSTIC RADIATION↗
A review of research on noise and structural vibration at BBN
Explore the source record for details and available documents.
Lyon, R. H.↗
Radiation Efficiency of Panels
Acoustic radiation efficiency of gypsum construction boards and concrete panels
CONCRETE↗
RESPONSE OF RIBBED PANELS TO REVERBERANT ACOUSTIC FIELDS
Ribbed panel response to acoustic excitation
STRUCTURAL DYNAMICS↗
RESEARCH ON VIBRATION IN COMPLICATED STRUCTURES BY ENERGY METHODS.
Vibration in complicated structures
STRUCTURAL ENGINEERING↗