The paper is devoted to issues of numerical simulation of free surface elevations in rigid
circular cylindrical fluid-filled tanks under external vertical and horizontal loadings with …

The objectives of this paper are in studying the liquid vibrations in rigid circular cylindrical
shells with internal flexible membranes or covered by membranes. The liquid in the …

The scaled boundary finite element method (SBFEM) is introduced for the investigation of
the liquid sloshing in an annular cylindrical container with the coaxial porous structures. The …

A mass-spring mechanical model for linear sloshing of fluid in a rigid cylindrical tank with a
rigid annual baffle is developed. By means of the subdomain method, the complicated fluid …

Tanks with super-elliptical cross-sections can improve space utilization. The effect of the
submerged ring baffle on liquid sloshing in the tank is studied. The semi-analytical method is …

This paper aims to investigate the effects of the porous baffles on the suppression of
sloshing for the tanks with axisymmetric geometries under lateral excitation. Based on the …

Sloshing has many industry applications, namely in offshore engineering, aerospace, ship
building, and manufacturing. Sloshing simulation is essential to better understand the …

Purpose Sloshing is undesirable phenomenon and may invite instability in any type of tank
partially filled with liquid. For a specially designed circular cylindrical container filled with an …

The behavior of sloshing eigenvalues and eigenfunctions is studied for vertical cylindrical
containers that have circular walls and constant (possibly infinite) depth. The effect of …

This study presents a semi-analytical solution with the scaled boundary finite element
method (SBFEM) for the sloshing of liquid in vertical cylinders with the coaxial dual circular …