Sloshing behavior due to near-fault type and earthquake excitations of a fluid in a tank
having a highly deformable elastic structure in the middle was investigated experimentally …

Fluid-structure interaction (FSI) of earthquake shaking is a design consideration in the civil,
nuclear, chemical, and mechanical industries. Preliminary sizing of structures and …

The hydrodynamic response of liquid-filled storage tanks subjected to translational
earthquake shaking has been the focus of studies for more than 75 years. In service, tanks …

Accurate prediction of the dynamic seismic response of reactor vessel internals (RVIs)
submerged in fluid will be critical to the design, qualification and risk assessment of …

Earthquake shaking of a fluid-filled advanced reactor induces fluid-structure interaction (FSI)
between the reactor vessel, the submerged internal components, and the contained fluid …

The reasonable match between ELFD and ELTD results confirmed the general viability of
time domain approaches for seismic SSI analysis in nuclear industry. The comparison of …

Many advanced reactor designs include liquid metals as the primary coolant. One challenge
facing the implementation of such reactors is the design and construction of the reactor …