Shell-like structures are used in various engineering applications including civil, aerospace,
mechanical, marine, and automotive engineering. This article reviews most of the recent …

Studies on nonlinear vibrations of circular cylindrical shells containing fluid are mostly
limited to thin simply supported shells, such that no results regarding the behavior of thick …

This paper addresses the vibrational responses of functionally graded auxetic sandwich
circular cylindrical shells. The sandwich shell comprises two face sheets of functionally …

The natural frequencies of liquid in a liquid-filled cylindrical rigid tank without and with
baffles are evaluated. An annular plate is used as a baffle, which is fitted to the inner …

As far as the study of circular cylindrical shell is concerned, most of the existing works are
limited to classical homogeneous boundary conditions. However, complicated boundary …

Baffles are generally used as damping devices in liquid storage tanks. The focus of the
present paper is to study the influence of a baffle on the dynamic response of a partially …

This paper reports results on the fundamental impulsive modes of vibration of cylindrical
tank-liquid systems anchored to the foundation under horizontal motion. The analyses are …

Vibrations of plates, shells and plate–shell systems coupled with sloshing, quiescent and
inviscid fluid have been advantageously studied by inserting the sloshing condition into the …

In this paper, a numerical-experimental study of the overall dynamical response of elevated
spherical tanks subjected to horizontal base motion is presented. The main objective is to …

In this study, the dynamic characteristics (ie natural frequencies and associated mode
shapes) of a partially filled horizontal cylindrical shell are investigated experimentally and by …