The nonlinear response of concrete gravity dam-reservoir system has been investigated by
conducting experiments on small scale model of Koyna dam on a horizontal shake table …

A time-varying dynamic reliability analysis method based on the generalized probability
density evolution method (GPDEM) is proposed for a concrete gravity dam under seismic …

Maintaining the reservoir safety of large dams has considerable importance for the public
where they are constructed in heavily populated and industrialized areas. The extreme …

The seismic performance of the tallest roller-compacted concrete gravity dam in Turkey is
investigated in this study. For this purpose, two-and three-dimensional nonlinear dynamic …

Inspired from the simplified single degree of freedom modeling approach used in the
preliminary design of concrete gravity dams, a pseudo‐dynamic testing method was devised …

The design of a concrete gravity dam must provide the ability to withstand the seismic forces
for which nonlinear behavior is expected. The nonlinear seismic response of the dam may …

This study focuses on estimating the drift limits associated with different damage states of
concrete gravity dams, emphasizing the role of cracks along the dam base and the …

Arch dams suffer time-varying external loadings and harsh environments that harm their
physical properties. With the aging of such dams, damage accumulates and concrete …

Efforts to reduce construction-related carbon emissions are driving the search for an
environmentally friendly alternative to Portland Cement (PC). Alkali activated concrete (AAC) …

Dams are vital national assets that play a crucial role in water storage, hydroelectric power
generation, and flood control. Globally, over 61,000 large dams have surpassed 50 years of …