首页|基于三维数值模型的基坑水量自动检测技术研究

基于三维数值模型的基坑水量自动检测技术研究

扫码查看
本文以杭州八堡船闸基坑开挖工程为例,构建三维数值模型,设计远程水位与水泵流速的自动检测设备.结果表明,基坑三维数值模型的模拟水位与实际值的最大误差仅为0.51m,最小误差仅为0.18m,拟合度较高.同时,自动检测设备的错误发生概率较低.说明研究所提出的自动检测技术与三维数值模拟方案取得良好的应用效果,为基坑开挖工程的安全与效率提供可靠的技术支持.
Research on Automatic Detection Technology of Foundation Pit Water Quantity based on 3D Numerical Model
In this paper,taking the excavation project of Hangzhou Baobao ship lock as an example,a three-dimensional numerical model is constructed to design the automatic detection equipment of remote water level and pump velocity.The results show that the maximum error between the simulated water level and the actual value is only 0.51m and the minimum error is only 0.18m,and the fitting degree is high.At the same time,the error probability of automatic detection equipment is low.It shows that the automatic detection technology and three-dimensional numerical simulation scheme proposed by the research institute have obtained good application results,and provide reliable technical support for the safety and efficiency of foundation pit excavation engineering.

three-dimensional numerical modelfoundation pit waterautomatic detectionraspberry PI

齐晓天

展开 >

科众(山东)检验检测有限公司,山东 济南 250031

三维数值模型 基坑水量 自动检测 树莓派

2024

全面腐蚀控制
中国工业防腐蚀技术协会

全面腐蚀控制

影响因子:0.278
ISSN:1008-7818
年,卷(期):2024.38(10)