Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a method for building a clear water reservoir on a sediment-laden river channel. The method comprises the steps that S1, a design flood process under a certain design flood standard is analyzed and calculated; s2, analyzing and determining the design flood and sediment process of the project construction scale and standard of the reservoir hub, the project construction scale and standard of the sediment blocking pool, the reservoir design and the check flood standard; s3, building a clear water storage reservoir hub project; building a sand blocking pool and a sand discharging project; determining the arrangement of a hydrological and water quality observation station network, selecting the positions of observation stations, and building the observation stations; s4, an Internet of Things information platform is constructed, observation information of hydrology and water quality observation stations and sensing information of all structures of the reservoir hub project and the sand blocking pool project and control gate valves of the structures are collected, and Internet of Things intercommunication is achieved; and S5, constructing a river reservoir entering flood and sediment digital model, accurately simulating a river water-sediment migration evolution process, and automatically regulating and controlling a reservoir water storage process through an Internet of Things information platform system. The purposes of storing clear water and blocking and discharging silt are achieved.
本发明涉及一种多泥沙河道上修建清水水库的方法，包括S1：分析计算某一设计洪水标准下的设计洪水过程；S2：分析确定水库枢纽工程建设规模和标准，拦沙池工程建设规模和标准，入库设计和校核洪水标准的设计洪水和泥沙过程；S3：修建清水蓄水库枢纽工程；修建拦沙池及排沙工程；确定水文和水质观测站网布置、选定观测站位置并修建观测站；S4：构建物联网信息平台，采集水文和水质观测站观测信息，水库枢纽工程、拦沙池工程所有构筑物及其控制闸阀门感知信息，实现物联互通；S5：构建河道入库洪水和泥沙数字模型，准确模拟河道水‑沙运移演进过程，并通过物联网信息平台系统自动调控水库蓄水过程。本发明达到蓄存清水、拦排泥沙的目的。
The invention relates to a method for building a clear water reservoir on a sediment-laden river channel. The method comprises the steps that S1, a design flood process under a certain design flood standard is analyzed and calculated; s2, analyzing and determining the design flood and sediment process of the project construction scale and standard of the reservoir hub, the project construction scale and standard of the sediment blocking pool, the reservoir design and the check flood standard; s3, building a clear water storage reservoir hub project; building a sand blocking pool and a sand discharging project; determining the arrangement of a hydrological and water quality observation station network, selecting the positions of observation stations, and building the observation stations; s4, an Internet of Things information platform is constructed, observation information of hydrology and water quality observation stations and sensing information of all structures of the reservoir hub project and the sand blocking pool project and control gate valves of the structures are collected, and Internet of Things intercommunication is achieved; and S5, constructing a river reservoir entering flood and sediment digital model, accurately simulating a river water-sediment migration evolution process, and automatically regulating and controlling a reservoir water storage process through an Internet of Things information platform system. The purposes of storing clear water and blocking and discharging silt are achieved.
本发明涉及一种多泥沙河道上修建清水水库的方法，包括S1：分析计算某一设计洪水标准下的设计洪水过程；S2：分析确定水库枢纽工程建设规模和标准，拦沙池工程建设规模和标准，入库设计和校核洪水标准的设计洪水和泥沙过程；S3：修建清水蓄水库枢纽工程；修建拦沙池及排沙工程；确定水文和水质观测站网布置、选定观测站位置并修建观测站；S4：构建物联网信息平台，采集水文和水质观测站观测信息，水库枢纽工程、拦沙池工程所有构筑物及其控制闸阀门感知信息，实现物联互通；S5：构建河道入库洪水和泥沙数字模型，准确模拟河道水‑沙运移演进过程，并通过物联网信息平台系统自动调控水库蓄水过程。本发明达到蓄存清水、拦排泥沙的目的。
Method for building clear water reservoir on sediment-laden river channel
一种多泥沙河道上修建清水水库的方法
06.09.2024
Patent
Elektronische Ressource
Chinesisch
Advances and Prospects of Reservoir Sedimentation Problem on Sediment-Laden River
| British Library Conference Proceedings | 2013
Automatic sand flushing method for sediment-laden reservoir
| Europäisches Patentamt | 2024
| British Library Conference Proceedings | 2015
| Springer Verlag | 2024
Hyperconcentrated, sediment-laden and clear-water flood flow routing using numerical methods
| British Library Conference Proceedings | 1990