摘要
当前的地基沉降趋势预测节点部署形式多为单层级,预测的效率较低,导致预测绝对误差增加,为此提出对房屋建筑地基沉降趋势预测方法的设计与分析研究。根据实际的预测需求及标准,先采集实时动态沉降监测数据,采用多层递阶的方式,提高预测的效率,布设多层递阶沉降预测节点,进行实时沉降量测算及模糊神经沉降趋势预测模型构建,采用矩阵化处理实现沉降趋势预测。
At present,the deployment of the nodes for predicting the foundation settlement trend is mostly single-layer level,which has low prediction efficiency and leads to the increase of the absolute error of prediction.Therefore,the design and analysis of the prediction method for the foundation settlement trend of building are proposed.According to the actual prediction requirements and standards,the real-time dynamic settlement monitoring data were collected first,and the multi-layer hierarchical settlement prediction nodes were set up to calculate the real-time settlement amount and construct the fuzzy neural settlement trend prediction model.The settlement trend prediction was realized by matrix processing.
作者
樊恒宇
李黎
Fan Heng-yu;Li Li
出处
《建筑技术开发》
2023年第12期169-171,共3页
Building Technology Development
关键词
房屋建筑
地基沉降
沉降趋势预测
建筑结构
房屋定向搭接
building construction
foundation settlement
settlement trend prediction
building structure
housing orientation lap
