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Three Practical Methods for Analyzing Slope Stability 被引量:1
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作者 XU Shiguang ZHANG Shitao +1 位作者 ZHU Chuanbing Y1N Ying 《Acta Geologica Sinica(English Edition)》 SCIE CAS CSCD 2008年第5期1083-1088,共6页
Since the environmental capacity and the arable as well as the inhabitant lands have actually reached a full balance, the slopes are becoming the more and more important options for various engineering constructions. ... Since the environmental capacity and the arable as well as the inhabitant lands have actually reached a full balance, the slopes are becoming the more and more important options for various engineering constructions. Because of the geological complexity of the slope, the design and the decision-making of a slope-based engineering is still not practical to rely solely on the theoretical analysis and numerical calculation, but mainly on the experience of the experts. Therefore, it has important practical significance to turn some successful experience into mathematic equations. Based upon the abundant typical slope engineering construction cases in Yunnan, Southwestern China, 3 methods for analyzing the slope stability have been developed in this paper. First of all, the corresponded analogous mathematic equation for analyzing slope stability has been established through case studies. Then, artificial neural network and multivariate regression analysis have also been set up when 7 main influencing factors are adopted. 展开更多
关键词 slope stability analogy of engineering geology multivariate regression analysis artificial neural network
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