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A platform for research: civil engineering, architecture and urbanism
Advanced Nonlinear Dynamic Analysis of Arch Dams considering Joints Effects
Influence of joints behavior on arch dams operation during the earthquakes is investigated. The case study is the Karun-1 double curvature arch dam with the height of 200 meters. The arch dam-foundation-reservoir systems are modeled with and without joints and estimate the effects of contraction and lift joints on stresses and displacements response histories for assessing the earthquake performance. According to nolinear dynamical analysis results, inclusion of the contraction and lift joints considerably influenced the dam response.
Advanced Nonlinear Dynamic Analysis of Arch Dams considering Joints Effects
Influence of joints behavior on arch dams operation during the earthquakes is investigated. The case study is the Karun-1 double curvature arch dam with the height of 200 meters. The arch dam-foundation-reservoir systems are modeled with and without joints and estimate the effects of contraction and lift joints on stresses and displacements response histories for assessing the earthquake performance. According to nolinear dynamical analysis results, inclusion of the contraction and lift joints considerably influenced the dam response.
Advanced Nonlinear Dynamic Analysis of Arch Dams considering Joints Effects
Hesari, Mohammad Amin (author) / Ghaemian, Mohsen (author) / Shamsai, Abolfazl (author) / Talatahari, Siamak (author)
Advances in Mechanical Engineering ; 2014 ; 1-6
2014
6 Seiten, 11 Quellen
Article (Journal)
English
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