Results 51 to 60 of about 119 (73)
Sensitivity analysis is a fundamental approach to identify the most significant and sensitive parameters, helping us to understand complex hydrological models, particularly for time-consuming distributed flood forecasting models based on complicated ...
Dunxian She +5 more
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Finite element model updating of concrete arch dams affected by alkali-silica reaction using ambient vibration monitoring and dam surveillance data [PDF]
Dams are important structures whose safety in operation is critical owing to the socioeconomic impacts associated with their collapse. Alkali-Silica Reaction (ASR) is a deleterious chemical reaction that affects the performance and safety of numerous ...
Nyoni, Bukhosi
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Stručni prikaz: Mogući utjecaj klimatskih promjena na kvalitetu vode za ljudsku potrošnju [PDF]
Krunoslav Capak +3 more
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Diatom assemblages in a reservoir sediment core track land-use changes in the watershed [PDF]
AP Wolfe +49 more
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CATENA, 2021
Abstract Urbanization, especially land use pattern changes, has a great impact on natural flood events in a karst basin. Quantitative simulations of the effects of urbanization on karst flood events and forecasts of future evolution trends are difficult based on the current hydrological models.
Ji Li +8 more
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Abstract Urbanization, especially land use pattern changes, has a great impact on natural flood events in a karst basin. Quantitative simulations of the effects of urbanization on karst flood events and forecasts of future evolution trends are difficult based on the current hydrological models.
Ji Li +8 more
openaire +3 more sources
Modeling the Effects of Inflow and Outflow Volume on Turbidity Variation in Liuxihe Reservoir
2010 4th International Conference on Bioinformatics and Biomedical Engineering, 2010In order to understand the variation of turbidity in the water column of Liuxihe reservoir, the relations of turbidity and hydrology status is analyzed, which shows a high relationship between them. A model about total suspended matter (TSM) is proposed to study TSM and related hydrology factors (inflow and outflow volume) quantitatively.
Sheng Wang, Xin Qian, Boping Han
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