This paper describes recent studies devoted to the problem of modeling the solid–fluid
interaction in partially filled liquid containers. This problem is of much importance for …

Seismic intensity measures (IMs) are crucial because they are significantly connected to
earthquake hazards and structural responses. It means that selecting appropriate IMs is …

This paper is devoted to a literature review for various treatments of dynamic analysis of
concrete gravity and arch dams. The dynamic analysis of dams can be carried out by using …

The dynamic responses and damage mechanisms of high dams that are subjected to blast
loads have become important in recent years. A series of analytical, experimental, and …

Subjected to the coupling action of multiple hazards in hydraulic engineering, hydraulic
tunnels may be corroded and damaged to varying degrees during their service lives, which …

Seismic performance assessment of cross-fault hydraulic tunnels is typically expressed in
terms of the probability of reaching or exceeding specific damage states related to …

The selection of optimal intensity measures (IMs) has been recommended for generating the
seismic demand models with different probabilities by researchers since the seismic IMs are …

Various duration definitions have been proposed to describe the effective strong motion
duration based on a single component of ground motions. However, multi-component …

The structural stability of concrete gravity dams is of primary importance. In this context, a
quantitative and effective stability assessment method for concrete gravity dams subjected to …

The objective of this study is to investigate the effects of dam–reservoir interaction (DRI) on
the nonlinear seismic response of earth dams. Although DRI effects have for long been …