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基于多元线性回归的闸门开度计算模型研究OA

A Gate Opening Calculation Model Based on Multiple Linear Regression

中文摘要英文摘要

针对调水工程在已知目标流量的前提下快速确定闸门开度的现实需求,基于济平干渠沿线某节制闸实测水力要素数据,对其过闸水流流态进行判别,分析闸门开度与各水力因素的相关关系,基于多元线性回归法提出淹没孔流流态下的闸门开度计算模型,并对模型精度进行评定.结果表明:基于多元线性回归法构建的平底板平板闸门开度计算模型形式简洁,易于理解,且精度较高,有利于闸站一线管理人员普遍掌握.

To meet the practical requirement of rapidly determining gate openings for water diversion projects under known target discharge conditions,measured hydraulic data from a control sluice along the Jiping Canal were analyzed.The flow regime through the gate was identified,and the relationships between gate opening and various hydraulic parameters were examined.Based on multiple linear regression analysis,a calculation model for gate opening under submerged orifice flow conditions was established,and its accuracy was evaluated.The results show that the proposed gate opening model for flat-bottomed plate gates has a simple structure,is easy to understand,and demonstrates high prediction accuracy,making it suitable for practical application by frontline gate station operators.

王忠运;代永磊

黄河水利委员会山东水文水资源局,山东 济南 250100黄河水利委员会山东水文水资源局,山东 济南 250100

建筑与水利

多元线性回归相关关系闸门开度计算模型

Multiple linear regressioncorrelation analysisgate openingcalculation model

《陕西水利》 2026 (5)

12-15,4

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