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 …

Processes of liquid sloshing in rigid shells of revolution filled with an ideal incompressible
liquid are studied. The shells are subjected to longitudinal excitations. The liquid motion in …

Singular integral equations arisen in axisymmetric problems of elastostatics are under
consideration in this paper. These equations are received after applying the integral …

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 paper presents an approach based on reduced boundary element methods to resolve
axisymmetric problems in potential and linear isotropic elasticity theories. The singular …

ABSTRACT A new numerical approach is proposed to address problems of free liquid
vibrations in axisymmetric compound rigid shells using a singular boundary method. The …

Free liquid vibrations in circular toroidal and coaxial cylindrical shells are considered. The
liquid is supposed to be an ideal and incompressible one, and its flow inside the reservoirs …

The paper is devoted to issues of estimating free surface elevations in rigid cylindrical fluid-
filled tanks dunder external loadings. The possibility of baffles installation is provided. The …

The paper is devoted to Aeolian liquid vibrations in reservoirs caused by low-velocity, steady
winds. Amplitudes and dominant frequencies of the wind load are constantly changing, so …

Structures in the form of thin-walled shells containing liquid are extremely common in
various areas of modern technology, as oil storage facilities, water towers, rocket launch …