Transient noise is a typical real-life noise problem. In order to develop efficient methods of
dealing with it, the generating and transmitting mechanisms of transient noise radiating from …

This paper presents an easy-to-use theoretical method and an efficient numerical method for
solving free vibrations and transient responses of a circular plate coupled with fluid …

A general time-domain approach is presented to address the transient vibratory response of
fluid-loaded shells of arbitrary shape when subjected to specified mechanical and/or …

A general approach is presented to evaluate the vibratory response of fluid-loaded planar
vibrators to broadband time dependent excitations for either radiation or scattering …

A general time-domain approach is presented to address the acoustic transient radiation
and scattering problem from fluid-loaded elastic shells. The approach is based on utilizing …

An active control system is developed to independently operate on the vibration of individual
modes of an air-loaded drum head, resulting in changes in the acoustic field radiated from …

An explicit integral formulation is derived for predicting transient acoustic radiation. The
radiated acoustic pressure is shown to be expressible as a sum of integrals over simple and …

A new representation for the time‐dependent surface pressure on a fluid‐loaded shell of
revolution with a prescribed space and time‐dependent axisymmetric velocity distribution is …

As for the acoustic radiation calculation of vibrating structures in the free field, less attention
has been paid to the time domain analysis than frequency domain analysis. Nevertheless …

Flow‐induced forces on structures can significantly affect their dynamic response. A new
method is presented to evaluate the dynamic response of planar elastic vibrators in uniform …