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首页> 外文会议>World multidisciplinary civil engineering-architecture-urban planning symposium >Head Loss Modelling with Advanced Hydroinformatic Tool in Sprinkler Irrigation Facilities, Study Case: Sprinkler Irrigation Facilities on 400 ha in Iohanesfeld, Romania
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Head Loss Modelling with Advanced Hydroinformatic Tool in Sprinkler Irrigation Facilities, Study Case: Sprinkler Irrigation Facilities on 400 ha in Iohanesfeld, Romania

机译：洒水灌溉设施中先进水电工具的头部损失建模，研究案例：罗马尼亚Iohanesfeld的400公顷洒水灌溉设施

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摘要

In in the last 10-15 years, droughts in Banat Plain have imposed finding new sources of water for irrigation application on drained land. This paper presents irrigation facilities on 400 hectares on a private area using modern sprinkler irrigation installations, with Bega River being the water source. The installations use modem mobile watering devices: centred pivots and hose - drum irrigation, longitudinally propelled. The water intake for the irrigation application is taken from Bega River and transported over a distance of 12.9 km through the existing network of drainage channels, accumulated in a storage pool from which it is pumped in the underground through a network of pipes and distributed to the crops by mobile sprinkler irrigation equipment. Thereby this sprinkler irrigation facility is using the existing drainage network to transport water from the source to landscaped area. The numeric modelling was performed using MIKE11 by DHI software, HD module. The Hydrodynamic (HD) module is the nucleus of the MIKE 11 modelling system and forms the basis for most of the modules including Flood Forecasting, Advection-Dispersion, Water Quality and Non-cohesive sediment transport modules [1].
机译：在过去的10-15年里，巴纳特平原的干旱已经强加了在排水土地上发现新的水源。本文在使用现代喷水林灌溉设施的私人地区介绍了400公顷的灌溉设施，并在水源是水源。该装置采用调制解调器移动浇水装置：居中枢轴和软管 - 鼓灌溉，纵向推动。灌溉应用的水摄入量取自Bega河流，通过现有的排水通道网络运输12.9公里，累积在存储池中通过管道网络泵入地下并分布到手机喷水灌溉设备作物。由此，该喷水灭火设备正在使用现有的排水网络从源到景观区域的水。使用Mike11由DHI软件，HD模块进行数值建模。流体动力学（HD）模块是MIKE 11建模系统的核心，并为大多数模块构成基础，包括洪水预测，平程 - 分散，水质和非粘性沉积物传输模块[1]。

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