Liquid storage tanks are the lifeline and critical structures for strategic industries including
petrochemical and aerospace industries, refineries, hospitals, water supply and storage …

Liquid sloshing is a problem of serious concern in partially filled tanks. Tank designers must
ensure safe margins and develop methodologies to overcome a wide range of plausible …

Liquid sloshing in partially filled containers is widely observed in various engineering
systems where the forces exerted by the liquid on tank walls may result in the instability of …

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 …

Internal obstructions are commonly employed in Tuned Liquid Damper (TLD) tanks to
produce sufficient inherent dam** for improving its vibration control performance …

Hydrodynamics of an anti-sloshing technique using floating foams in a rectangular liquid
tank is investigated. A series of experiments are conducted. An analytical potential-flow …

When a tank containing a liquid is excited externally, the free surface of the liquid becomes
violently distorted, generating a large amount of wave energy. We suggest a novel model for …

A technique to study effect of various baffles on liquid oscillations in partially filled rigid
toroidal tanks is first developed by extending the semi-analytical scaled boundary finite …

Featured Application This research aims to explore an effective baffle configuration to
mitigate the sloshing effect in engineering practice for the purpose of safe navigation …

Sloshing with two floating plates in a membrane-type liquefied natural gas (LNG) tank is
experimentally studied at three different filling rates under purely harmonic roll excitation …