全部文献期刊会议图书|学者科研项目
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作者:Shuang Zhu , Xiangang Luo , Si Chen ...
来源:[J].Journal of Hydrologic Engineering(IF 1.379), 2020, Vol.25 (6)
摘要:AbstractDrought is a natural hazard driven by extreme macroclimatic variability, and generally resulting in serious damage to the environment over a sizable area. Accurate, reliable, and timely forecasting of drought behavior plays a key role in early warning of drought managemen...
作者:M. Karamouz , K. Mohammadi
来源:[J].Journal of Hydrologic Engineering(IF 1.379), 2020, Vol.25 (6)
摘要:AbstractThe flood protection topic has been the centerpiece of many studies due to the amplification of coastal vulnerabilities, especially on the east coast of the United States. In this study, increasing the reliability of the urban infrastructure has been addressed by a m...
作者:G. Marini , N. Fontana
来源:[J].Journal of Hydrologic Engineering(IF 1.379), 2020, Vol.25 (1)ASCE
摘要:AbstractFor decades many authors have used entropy-based models to predict velocity distribution in open channel flows. Such models use maximum and mean velocity in an assigned domain to obtain velocity distribution. However, while the signification of maximum velocity is clear, ...
作者:Sanghyun Lee , Maria L. Chu , Arthur R. Schmidt
来源:[J].Journal of Hydrologic Engineering(IF 1.379), 2020, Vol.25 (4)ASCE
摘要:AbstractThe Green-Ampt method is a physically based model for partitioning rainfall into surface runoff and infiltration. This method is widely used in infiltration practice because of its simplicity and the ease of obtaining the required hydraulic soil properties. The method ass...
作者:Md N. M. Bhuyian , Alfred Kalyanapu
来源:[J].Journal of Hydrologic Engineering(IF 1.379), 2020, Vol.25 (2)ASCE
摘要:Digital elevation models (DEMs) are widely used for hydraulic modeling, but one of the challenges in using a DEM for hydraulic modeling is its limitations in accurately representing the channel conveyance. This limitation is usually disregarded because the collection of bathymetr...
作者:Robert Nunoo , Paul Anderson , Saurav Kumar ...
来源:[J].Journal of Hydrologic Engineering(IF 1.379), 2020, Vol.25 (4)ASCE
摘要:AbstractThe margin of safety (MOS) accounts for uncertainties in the total maximum daily load (TMDL) development process and the variabilities involved in simulating systems, providing a complete description of the degree of protection for a waterbody. Despite numerous discussion...
作者:Yi Li , Tianwei Long , Xueao Sun
来源:[J].Journal of Hydrologic Engineering(IF 1.379), 2020, Vol.25 (2)ASCE
摘要:AbstractCurrent probabilistic methods for maximum and minimum run lengths in a hydrologic time series need further development. Using the first-order Markov chain model and an extreme-value theory for randomly occurring events, this study investigates probabilistic properties of ...
作者:Vivek Gupta , Manoj Kumar Jain
来源:[J].Journal of Hydrologic Engineering(IF 1.379), 2020, Vol.25 (1)ASCE
摘要:AbstractThe linkages of precipitation extremes with large-scale global climatic phenomenon such as global warming, the El Niño–Southern Oscillation (ENSO), and the land surface elevation were explored across India. Temporally, the annual average precipitation on rainy days (...

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