Buckling plays a fundamental role in the design of steel tanks because of the small
thicknesses of the walls of this class of structures. The first part of the paper presents a …

Sloshing wave height is a main parameter in the seismic design of liquid storage tanks, and
severe sloshing may lead to the liquid leakage or buckling of the steel tank wall. To …

Large-scale liquid storage tanks are used worldwide for storing water, chemicals and fuels,
such as liquefied natural gas (LNG) and oil. Any major damage due to man-made or natural …

An updated state-of-the-art-review of the behaviour of the isolated fluid storage tanks to
seismic excitation is presented. The main objective of review is to provide assistance to …

Liquid storage tanks (LSTs) have become indispensable to civil engineering infrastructure.
LSTs are used not only for storing harmless fluids but also explosive, toxic, and hazardous …

Liquid storage tanks (LSTs)—lifeline structures—must remain functional after earthquake
events. Concerns regarding high sloshing and isolator displacement have led to the use of …

The seismic response of a flexible multi‐storey building isolated with variable friction
pendulum system (VFPS) is investigated under normal component of six near‐fault ground …

In general, soil-structure interaction phenomena affect considerably the dynamic response
of liquid-storage tanks. As it is also observed in the case of ordinary structures, the ground …

Base isolation systems have been widely used to protect large liquid storage tanks (LSTs)
from the damaging effect induced by strong earthquake events. In the previous study …

It is necessary to ensure the safety of liquid storage tanks under earthquakes, but the
damage probability of the non-dam** liquid storage tanks is higher under earthquakes …