In this paper, the liquid sloshing problem in an upright circular tank undergoing an
oscillation in a single degree of freedom is considered. A fully nonlinear time-domain …

The severe sloshing induced by earthquake in cylindrical liquefied petroleum gas (LPG)
storage tank is of great concern for liquid storage design. For suppressing sloshing, porous …

Resonant sloshing in circular cylinders was studied by Faltinsen et al.(J. Fluid Mech., vol.
804, 2016, pp. 608–645), whose theory was used to describe steady-state resonant waves …

We investigate the response of the free liquid surface in a partially filled circular cylindrical
container undergoing a planar elliptic and time-periodic orbit while maintaining fixed its …

Container motion along a planar circular trajectory at a constant angular velocity, ie orbital
shaking, is of interest in several industrial applications, eg for fermentation processes or in …

This book presents mathematical fundaments and results on sloshing in an upright circular
cylindrical tank with semi-analytical solutions. The book outlines generic mathematical and …

This paper is concerned with a computationally efficient numerical study on the dynamic
response of a partially filled freight train subject to abrupt braking using the moving element …

Sloshing refers to the motion of the free liquid/gas interface inside a partially filled container
subjected to an external excitation with a consequent motion of the system center of gravity …

A circular surface wave (CSW) occurs in liquid metal layers as a rotational motion of the
inclined upper surface and can be provided by different mechanisms in shaken and …

We present a new theoretical model describing gravity–capillary waves in orbitally shaken
cylindrical containers. Our model can account for both one-layer free-surface and two-layer …