Near field ground motions trigger higher damage to the structures due to the presence of
distinct velocity pulses which are absent in far field ground motions. The present study deals …

Many earth dams around the world are located in zones characterised by moderate to high
seismicity. Their seismic stability can be particularly critical for the safety of the areas in the …

This article deals with the finite element analysis of dam with and without fluid-structure, soil-
structure and soil-structure-fluid interaction. A two-dimensional direct coupling methodology …

The mathematical formulation of the problem describing the interaction between a dam and
the reservoir during earthquakes is complex, and the solution requires the implementation of …

Worldwide spread, dams are exposed to various types of hazards, among which, the seismic
one poses a real challenge about their structural safety. Given a quite significant number of …

This article deals with the seismic performance evaluation of concrete gravity dams
considering fluid–structure–soil interaction in a finite-element framework. Two-dimensional …

This paper presents seismic analysis of concrete gravity dams considering soil-structure-
fluid interaction. Displacement based plane strain finite element formulation is considered …

This work aims to verify the influence of the foundation and the reservoir on the dynamic
behavior of concrete gravity dams in terms of the natural frequencies, vibration modes for a …

The present paper deals with the finite element analysis of a dam-reservoirfoundation
coupled system with the effect of degradation due to ageing of concrete. A twodimensional …

Concrete gravity dam should be designed considering dynamic exciting force so that it can
sustain earthquake excitations. Hydrodynamic pressure develops at the face of the gravity …