青岛城市地质环境工程适宜性系统分析
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摘要
以系统论为指导，将地质环境—工程建筑纳入一个大系统内进行研究．在明确了系统目标和系统环境因素基础上，建立了重型与高层建筑用地、普通工业民用建筑用地适宜性层次结构分析模型，确定了各评价指标评分标准，利用层次分析法进行了指标权重分析，根据各划定单元的评价计算结果，进行青岛城市地质环境利用决策优化．
In this paper, Under the guidance of system science, geological environment engineering architecture are included to a big system to be studied. The structural analysis models of land use suitability to heavy & high building, ordinary building have been established. The index and standard for evaluation have been given. The weight coefficients have been determined by AHP method. The optimization of urban geological environment utilization is advanced according to calculating result of every subdivided unite in Qingdao city.
In this paper, Under the guidance of system science, geological environment engineering architecture are included to a big system to be studied. The structural analysis models of land use suitability to heavy & high building, ordinary building have been established. The index and standard for evaluation have been given. The weight coefficients have been determined by AHP method. The optimization of urban geological environment utilization is advanced according to calculating result of every subdivided unite in Qingdao city.
引文
1王思敬等．人类工程活动与地质环境依存关系及相互作用．见：王思敬主编．典型人类工程活动与地质环境相互作用研究．北京：地震出版社，1995．1～92夏绍伟．系统工程概论．北京：清华大学出版社，1995．22～263陈守煜．系统模糊决策理论与应用．大连：大连理工大学出版社，1994．43～504贾永刚．青岛城市工程地质．青岛：青岛海洋大学出版社，1995．37～475CoorayPG．Geologicalmapping－akeyfactorinnationaldevelopment．ATLASOFURBANGEOLOGY（ESCAP），1996，9：54～59
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