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Arch Dam-Fluid Interaction Considering Reservoir Topology
The magnitudes of the hydrodynamic pressures at the dam-fluid interface depend on the amount of energy transmitted to the fluid by the vibration of the reservoir boundaries. Although the reservoir topology can have a considerable impact on the amount of generated energy, it has still not been adequately addressed. This article treats an arch dam-fluid interaction considering a compound wave field of compressive and dilatational waves in a reservoir with a complex topology. A truncation surface was located at a distance beyond which the simulated wave field has only negligible effects.
Arch Dam-Fluid Interaction Considering Reservoir Topology
The magnitudes of the hydrodynamic pressures at the dam-fluid interface depend on the amount of energy transmitted to the fluid by the vibration of the reservoir boundaries. Although the reservoir topology can have a considerable impact on the amount of generated energy, it has still not been adequately addressed. This article treats an arch dam-fluid interaction considering a compound wave field of compressive and dilatational waves in a reservoir with a complex topology. A truncation surface was located at a distance beyond which the simulated wave field has only negligible effects.
Arch Dam-Fluid Interaction Considering Reservoir Topology
Mircevska, Violeta (author) / Nastev, Miroslav (author) / Hristovski, Viktor (author) / Bulajic, Ivana (author)
Journal of Earthquake Engineering ; 18 ; 1083-1101
2014-10-03
19 pages
Article (Journal)
Electronic Resource
English
Arch Dam-Fluid Interaction Considering Reservoir Topology
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