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 …

Abstract A SPH (Smoothed Particle Hydrodynamics)-based multi-resolution fully Lagrangian
meshfree hydroelastic FSI (Fluid-Structure Interaction) solver is developed for accurate and …

Sloshing is a complex fluid motion with high non-linearity. Violent sloshing results in large
impact pressure on the tank that may lead to structural damage. Sloshing suppression using …

In this paper, a numerical model considering phase change and external heat leakage is
established to study the thermodynamic and hydrodynamic of a type C LNG tank under …

Sloshing responses in vertical and horizontal baffled tanks under irregular external
excitations are investigated by employing a viscous fluid flow model with the Navier–Stokes …

The effectiveness of vertical baffles of different configurations in suppressing violent
transient sloshing was numerically investigated with the lattice Boltzmann method (LBM) …

The present work is a direct extension of our previous work in Jiang and Bai (2020) where
the sway motion response of a box section coupled with an internal sloshing flow was …

Laboratory experiments were conducted to study porous baffle effects on reducing liquid
sloshing in a rectangular tank on a six-degrees-of-freedom motion simulation platform. The …

Highlights•Sloshing wave interaction with porous material pasted tightly to inner periphery of
the tanks was studied.•The critical value of the parameters of porous material that reduced …

Present work aimed to discover the inhibiting efficacy of multiple layers of dual horizontal
baffles (multiple DHBs) on liquid sloshing under harmonic and seismic excitations by …