In the present study, a theoretical method is developed to investigate free vibrations of
circular plates immersed in fluids and a series of experimental tests are presented to …

This paper deals with the analytical and numerical approaches used to estimate the natural
frequencies of circular plates in contact with a liquid. The circular plate is assumed to be in …

This paper is concerned with the virtual mass effect on the natural frequencies and mode
shapes of rectangular plates due to the presence of the water on one side of the plate. The …

Hydroelastic effects are simulated by coupling a hydrodynamic Wagner model to a linear
model of elasticity for thin shells. Applications are done for a cone falling on a flat-free …

Vibrations of circular plates resting on a sloshing liquid free surface are studied. The fully
coupled problem between sloshing modes of the free surface and bulging modes of the …

In this paper, the vibratory characteristics of a rectangular plate in contact with water on one
side are studied. The elastic plate is considered to be a part of a vertical rectangular rigid …

To accurately determine the dynamic response of a structure is of relevant interest in many
engineering applications. Particularly, it is of paramount importance to determine the …

This paper examines the hydroelastic vibration of two identical circular plates coupled with a
bounded fluid. An analytical method based on the finite Fourier–Bessel series expansion …

The natural frequencies of an elastic thin plate placed into a rectangular hole and connected
to the rigid bottom slab of a rectangular container filled with fluid having a free surface are …

Neuromodulation by ultrasound has recently received attention due to its noninvasive
stimulation capability for treating brain diseases. Although there have been several studies …