摘要
通过对宿州市二徐路周围地质环境进行勘探并查阅相关资料,对二徐路沿线地质环境以及道路工程建设强度进行分析探讨。选取地质构造、岩性组合、地下水、高填深挖、崩塌滑坡等10个因素。从地质稳定性、水文地质、工程活动强度和地质灾害四个方面建立了层次分析过程模型,利用K-Means聚类的方法建立评价指标体系,评价了宿州市二徐路施工强度对周边地质环境的影响。
By exploring the geological environment around Erxu Road in Suzhou and consulting relevant data,the geological environment along Erxu Road and the intensity of road engineering construction are analyzed and discussed.Ten factors such as geological structure,lithologic association,groundwater,high fill and deep excavation,collapse and landslide are selected.Analytical hierarchy process model is established from four aspects of geological stability,hydrogeology,intensity of engineering activities and geological hazards.The evaluation index system is established by K-Means clustering method,the influence of construction intensity of Erxu Road on the surrounding geological environment is evaluated.
作者
崔世斌
巩舜妹
霍礼辉
Cui Shibin;Gong Shunmei;Huo Lihui(School of Resources and Civil Engineering,Suzhou University,Suzhou 234000,China)
出处
《山西建筑》
2019年第17期118-119,共2页
Shanxi Architecture
基金
宿州学院地质资源与地质工程重点学科(2017xjzdxk2)资助
关键词
道路工程
地质环境影响
评价研究
K-MEANS聚类
road engineering
geological environmental impact
evaluation research
K-Means clustering
