城市地质
城市地質
성시지질
URBAN GEOLOGY
2015年
z1期
175-181
,共7页
工程建设%稳定性%适宜性%评价
工程建設%穩定性%適宜性%評價
공정건설%은정성%괄의성%평개
engineering construction%stability%Suitability%evaluation
在对工作区环境地质条件、不良地质作用等勘查工作的基础上，对工作区的地基稳定性、场地稳定性进行了评价，利用GIS软件的栅格图层叠加和DPS系统聚类功能，对建设用地适宜性进行了评价，划分出场地工程建设较适宜区、适宜性差区和不适宜区。
在對工作區環境地質條件、不良地質作用等勘查工作的基礎上，對工作區的地基穩定性、場地穩定性進行瞭評價，利用GIS軟件的柵格圖層疊加和DPS繫統聚類功能，對建設用地適宜性進行瞭評價，劃分齣場地工程建設較適宜區、適宜性差區和不適宜區。
재대공작구배경지질조건、불량지질작용등감사공작적기출상，대공작구적지기은정성、장지은정성진행료평개，이용GIS연건적책격도층첩가화DPS계통취류공능，대건설용지괄의성진행료평개，화분출장지공정건설교괄의구、괄의성차구화불괄의구。
Based on the exploration of the environmental geological condition and bad geological function, the foundation stability and the field stability of the work areas were evaluated. The construction land suitability was evaluated by the raster overlay of GIS software and the clustering function of DPS system, and the work areas were divided into suitable area, suitable poorly area and unsuitable area.
