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Assessment of the Upstream Slope Stability of Darbandikhan Rockfill Dam during Drawdown
ARO-The Scientific Journal of Koya University, 2021 Earth and rockfill dams face a variety of loading conditions during lifetime. One of the most critical loading conditions is the rapid drawdown of water level after steady state conditions.
Sirwan Gh. Salim, Krikar M. G. Noori
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Advances in Civil Engineering, 2022 It can be a great expense to examine individually the stability of earth and rockfill dams on rapid drawdown in civil engineering practice. The aim of this present work is to clarify the safe type on the rapid drawdown among the most common types of ...
Yong Nam Ri +4 more
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Seepage Safety of a Rockfill-based Earth Dam Heightening Project [PDF]
长江科学院院报[Objective] A large number of aging earth and rockfill dams in China needs to be heightened due to seepage risks and insufficient flood control capacity.
CEN Wei-jun, ZHENG Xiao-yu, DENG Cheng-fa, CAO Yi-fan
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Applied Sciences, 2022 Inversion analysis is usually an efficient solution to process the monitoring data of earth-rockfill dams. However, it is still difficult to obtain calculation results that are consistent with monitoring data due to different construction statuses. To deal with this situation and to introduce a new solution to improve calculation accuracy, the general ...
Shiyang Pan +5 more
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Advances in Civil Engineering, 2018 Hydraulic fracturing is one of the most important factors affecting the safety of earth and rockfill dam. In this paper, the extended finite element method (XFEM) is used to simulate the hydraulic fracturing behavior in an actual high earth and rockfill ...
Enyue Ji +4 more
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The Wetting Deformation Model of Rockfill and Its Two Methods for Simulating Rockfill Dam Collapse Settlement. [PDF]
ScientificWorldJournal, 2023 The wetting deformation of the upstream dam shell material during the impoundment of the core wall rockfill dam seriously affects the safety of the dam.
Pan L, Fan Z, Wang D, Zhou X.
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Yantu gongcheng xuebao, 2022 Several ultra-high earth and rockfill dams up to 250 to 300 m in height are to be built in the intensive earthquake regions of West China. The strong outburst and high uncertainty of strong earthquakes pose a great threat to the safety of ultra-high ...
ZOU De-gao 1, 2, LIU Jing-mao 1, 2, KONG Xian-jing 1, 2, CHEN Kai 1, 2, QU Yong-qian 1, 2, NING Fan-wei 1, 2, GONG Jin 1, 2
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Yantu gongcheng xuebao, 2022 China is the country with the largest amounts of high earth and rockfill dams in the world. Complex construction conditions and severe operation environment lead to great technical challenges in their construction and long-term safety guarantee. The main
CHEN Sheng-shui 1, 2
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Seismic safety analysis of high earth-rockfill dams based on seismic deformational fragility
Yantu gongcheng xuebao, 2020 The performance-based seismic fragility analysis can effectively estimate structural damage under earthquake action and become one of the important methods for seismic safety assessment.
JIN Cong-cong 1, CHI Shi-chun , NIE Zhang-bo
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Unified modeling behavior of rockfill materials along different loading stress paths
Soils and Foundations, 2022 Rockfill materials used for dam construction show obvious stress path dependency during construction process. The constitutive model for rockfill materials are mainly established based on conventional triaxial test.
Shihai Bian +4 more
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