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 …

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 …

The purpose of this research work is to identify the effect of the daily variation of the air
temperature on the structural response of a concrete dam. It is intended to obtain a better …

A submerged floating tunnel (SFT) is propounded as an efficacious alternative to
conventional bridges and underground/submerged tunnels for crossing deep waterways …

Roughly 90% of all natural vibrations have epicenters in offshore zones and may cause
destruction of submarine and floating structures. Such excitations can influence the safe …

This study presents a numerical investigation on the seismic behaviour of aged concrete
gravity dams under near source and far source ground motions. Two-dimensional …

This paper discusses several considerations related to appropriate numerical modelling of
the reservoir hydrodynamic pressures on dams. The reservoir is modelled with 8-noded …

With the advancement of water conservancy projects around the world, several concrete-
face rockfill dams (CFRDs) are being built in earthquake-prone areas. Among the many …

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 dams are huge structures storing a large amount of water and failures of them cause
especially irreparable loss of lives during the earthquakes. They are named as a group of …