Fluid flow applications can involve a number of coupled problems. One is the simulation of
free-surface flows, which require the solution of a free-boundary problem. Within this …

Nonlinear behavior of liquid sloshing inside a partially filled rectangular tank is investigated.
The nonlinearity in the numerical modeling of the liquid sloshing originates from the …

Spent nuclear liquid waste is often kept in partially filled storage tanks. When such storage
tanks are subjected to wind and/or earthquake induced excitations, this could lead to …

In the present study we perform shake table experiments to study the fluid structure
interaction effects between the sloshing liquid and the internal structure. A partially filled …

The earthquake-explosion sequence is one of the typical multi-hazard coupling scenarios in
chemical industrial parks (CIPs), of which hazardous installation units are easily damaged …

Annular sectored containers are widely used in nuclear engineering, aerospace, marine,
and civil engineering. It is crucial for the safety assessment of such containers to accurately …

In liquid tanks, most damages during earthquakes occur due to liquid sloshing, especially in
long period and long duration ground motions. Most long-period ground motions were …

The aim of this study, which uses a systematic literature review method that provides the
opportunity to look into the future by following the traces of past studies, is to determine how …

Sloshing waves induced by long-period components of earthquake ground motions may
generate high magnitude hydrodynamic forces on liquid storage tanks. Past earthquake …

Long period--long duration ground motions have come to bean important consideration
because of the recent rapid increase in the number of structures such as storage tanks, high …