Liquid sloshing in tanks is a very complex nonlinear free surface fluid flow problem, which
must be considered in most of the marine engineering problems such as naval architecture …

With the large-scale development of the liquid carriers to meet the increasing demand of
natural resources, the risks resulted from liquid sloshing such as the local structure damage …

A semi-analytic study on two-layered liquid sloshing in a horizontal excited two-dimensional
rectangular tank with a horizontal elastic baffle was performed. The present work is a further …

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 …

In the present study, hundreds of experiments have been conducted on the three-
dimensional free-surface and interfacial sloshing in a vertical cylindrical tank containing two …

A numerical model NEWTANK has been developed to study two-layered liquid sloshing
under horizontal external excitations. The model solves spatially averaged NSEs on a non …

The non-resonant and resonant responses of a two-layer liquid system in a tank under pitch
excitation were investigated experimentally in this study. The movement of both the free …

In order to explore the characteristics of the single-layer liquid sloshing in offshore dry oil
storage tank and the two-layer liquid sloshing in offshore wet oil storage tank, two series of …

A new surface tension model for particle methods using a density gradient potential was
developed. The surface tension calculation is of importance for properly capturing free …

In this paper, GPU acceleration technique is applied to overcome the low computational
efficiency of MPS. Based on modified MPS and GPU technique, an in-house solver …