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

Large earthquakes in the last 25 years have caused significant damage to buildings and
infrastructure, including the partial or total collapse of storage tanks in various industries …

Seismic design, qualification, and risk assessment of nuclear safety-related vessels filled
with liquid will have to consider the interaction between the vessel (tank), the contained …

The acoustic fluid‐structure interaction (FSI) formulation is a practical numerical approach
for the seismic analysis of fluid‐filled tanks. However, there are no verification and validation …

A seismic fragility assessment methodology is presented for equipment-supporting
reinforced concrete and steel buildings that are typically encountered in oil refineries. Using …

The seismic fragility is assessed for typical high-rise stacks encountered in oil refineries,
namely process towers, chimneys, and flares. Models of varying complexity were developed …

A simplified model of a rectangular liquid storage tank is proposed to estimate the
earthquake responses of the system while considering the effects of fluid-structure …

Traditionally, uncertainty quantification in the context of liquid storage tanks has primarily
focused on ground motion record-to-record variability, along with partial consideration of …

Aim of this paper is to investigate the effectiveness of the seesaw system in mitigating the
seismic response of elevated steel tanks for water storage. This is accomplished by …

This study presents a numerical exploration into the phenomenon of natural convection
within a cavity, characterized by a straight (cold) right wall and a wavy (hot) left wall. The …