التحكم بفيضان مروحة رانية الفيضية شمال العراق وفقاً لنموذج فيلمان (دراسة جيومورفولوجية)

جميلة عماد إبراهيم محمد, أسحق العكام
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Abstract

The research dealt with the study of the flow on the surface of the Rania flood fan located in the north of Iraq within the Sulaymaniyah Governorate by applying the (Filmman) model for the purpose of identifying the dangerous areas and finding solutions to those areas from the risk of flooding. After studying the morphometric analysis of the waterways of the fan, the role of the natural factors represented by tectonic, geological, climate and hydrology was highlighted in the occurrence of torrents, which are among the most severe, The geomorphological hazards affected by urban facilities, agricultural lands and road networks on the surface of flood fans. The total number of waterways reached (948) streams ،And the total lengths of the waterways amounted to (446689) m. Three channels of waterways appeared on the surface of the Rani flood fan, which are the bed rocks channel pattern, the semi-dominant channel pattern, and the alluvial channel pattern. The research found that the flow risk values fall within the first category of the final classification table for the equations of the (Filmman) model with the risk value (High), which represented the dangerous flood areas, where it appeared that the expenditures at the points (q1, q2, q3) fall within the high-risk drainage According to the final classification of the Felman equations Where their expenses
按照两尔曼模式(地质学研究),控制伊拉克北部的拉尼洪水
这项研究是通过应用(Filmman)模型研究苏莱曼尼亚省伊拉克北部拉尼亚洪水扇表面的水流情况,以便确定危险地区,并为这些地区找到避免洪水危险的解决办法。通过对扇区河道的形态计量学分析,突出了以构造、地质、气候和水文为代表的自然因素在洪流发生中的作用,是其中最严重的,受城市设施、农业用地和道路网络影响的洪流扇区地表地貌危害。河道总数达948条،And,河道总长度达446689 m。拉尼洪扇表面出现了基岩河道型、半优势河道型和冲积河道型3种河道。研究发现,流量风险值属于(Filmman)模型方程最终分类表的第一类,风险值为(High),代表危险洪区,根据Felman方程的最终分类,(q1, q2, q3)点的支出似乎属于高风险排水
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