个人陈述：为什么模拟盆地地形洪水
个人陈述：为什么模拟盆地地形洪水
为什么有必要性造型盆地地形的洪水吗?许多研究中给出的答案是上下文。造型是必要的,以确保有一些基本的策略应对洪水的情况下提前(班纳特,1998)。雨水和水脱落问题越来越成为流行在当前时期,某种形式的一个详细的流域模型会有帮助。流域模型解决战略问题的时间和空间水径流在必要时增加计划的优势。水文建模系统(HMS)基本上是一个“基于实物的分布参数模型”可以用于分析的背景下大型流域。这是一个系统,对于水文过程的模拟非常有用。
个人陈述：为什么模拟盆地地形洪水
一些水文过程研究与HMS垂直土壤水分流,流域的蒸散(ET)率、渗透的形式和利率,通道流等等。模拟不同的存储区域可能是基于研究下的流域。最大容量和存储区域的深度计算,基于区域的深度的贮存条件和其他条件下有关流域研究的最大比例填写每个区域的情况下,转移率和更也使用HMS造型系统管理。使用SMA算法为研究盆地与HMS是使模型性能优势和意义。SMA参数的一个示例中使用的蓝色尼罗河水棚下面是模拟研究。
个人陈述：为什么模拟盆地地形洪水
Why is there a necessity for modelling basin terrains in the context of flooding? The answer is presented in many research contexts. Modelling is necessary for ensuring that there is some basic strategies to address the flood situations in advance (Bennett, 1998). Storm water and water shedding issues are increasingly becoming prevalent in current times and having some form of a detailed watershed model would be helpful here. The watershed model addressing strategic issues of the temporal and the spatial water runoff when necessary is seen to increase planning advantages. The Hydrologic Modeling System (HMS) is basically a “physically-based distributed-parameter model” which can be used in the context of analyzing large river basins. This is a system that is useful for the simulation of hydrologic processes.
个人陈述：为什么模拟盆地地形洪水
Some of the hydrologic processes that are studied with the HMS are the vertical soil moisture flow, the evapotranspiration (ET) rates in the river basin, the forms and rates of infiltration, the channel flow and more. Different storage zone simulation is possible here based on the river basin under study. The maximum capacity or the depth of the storage zone is calculated here, the storage condition based on the depth of the zone and other conditions as pertaining to the river basin under study, the maximum percentage of fill in the case of each zone, the transfer rates and more are also managed using the HMS modelling system. The use of the SMA algorithm in order to study the basin with the HMS is what brings the model performance benefits and significance. An example of the SMA parameters used in the case of the Blue Nile water shed simulation study is presented below.
