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刁口河河道及局部海域物理模型测控系统研究

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淤积、延伸、摆动、改道是黄河口主要演变规律,黄河治理必须给黄河入海留有出路.刁口河作为备用流路、分洪通道、生态补水通道,其战略地位十分突出.因此,借助于物理模型试验手段开展刁口河相关重大问题研究至关重要.针对刁口河河道及局部海域实体物理模型,设计了一套潮汐模拟测控系统.该系统运行可靠、试验精度高,可实现上游流量、下游水位及流向等多边界耦合控制,为黄河治理提供技术支撑.
Research on the Measurement and Control System for the Physical Model of the Diaokou River Channel and Local Sea Areas
Siltation,extension,oscillation and diversion are the main evolution laws of the Yellow River Estuary,and the governance of the Yellow River must leave a way for the Yellow River to enter the sea.The Diaokou River,as a backup flow path,flood diversion channel and ecological water supplement channel,has a very promi-nent strategic position.Therefore,it is crucial to conduct research on major issues related to the Diaokou River with the help of physical model experiments.This article designs a tidal simulation and measurement system for the physical model of the Diaokou River channel and local sea areas.With reliable operation and high experimental ac-curacy,the system can achieve the multi-boundary coupling control of upstream flow,and the downstream water level and flow direction,which provides technical support for the governance of the Yellow River.

Diaokou RiverLocal sea areaPhysical modelMeasurement and control systemBoundary controlExpert PID

陈俊、徐奕蒙、倪艺萍、王天奕

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珠江水利委员会珠江水利科学研究院 广东广州 510611

刁口河 局部海域 物理模型 测控系统 边界控制 专家PID

2024

科技资讯
北京国际科技服务中心 北京合作创新国际科技服务中心

科技资讯

影响因子:0.51
ISSN:1672-3791
年,卷(期):2024.22(5)
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