Sloshing occurs in a tank containing liquid with free surface. It may result in resonant liquid
motions causing carrier-vessel instability or structural damage of tank walls. The horizontal …

Liquid sloshing inside tanks of a vessel may result in increased/decreased vessel motions or
structural damages. The resonant sloshing motions can be suppressed by using baffles …

The performance of a porous screen placed in the center of a rectangular tank has been
investigated based on an analytical, numerical, and experimental approach for the lateral …

Assuming that an ideal liquid has irrotational, incompressible, and inviscid flows, a
mathematical model is presented to efficiently and simply study liquid sloshing problems …

A series of sloshing model tests for various viscous liquids were carried out and the effects of
liquid viscosity on sloshing are investigated quantitatively in this paper. The experimental …

Faltinsen et al.(J. Fluid Mech., vol. 487, 2003, pp. 1–42)(henceforth, Part 1) examined an
undamped nonlinear resonant steady-state sloshing in a square-base tank by developing …

This study examines the effect of the number of perforated baffles in sloshing phenomenon
in a partially filled tank. The natural frequencies in one-, two-and no-baffle cases are …

Liquid-containing structures are used for various municipal and industrial applications. The
functionality of these structures in seismic regions is crucial. The main purpose of this study …

Free-standing structures inside tanks will affect the liquid sloshing behavior and the
structural safety of the containers. Many industrial liquid storage containers have internal …

Liquid sloshing inside a tank with a slotted porous screen at the center is studied based on
numerical and experimental methods. Slotted screens with three different porosities (0.0964 …