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Improved genetic algorithm freely searching for dangerous slip surface of slope 被引量:4

Improved genetic algorithm freely searching for dangerous slip surface of slope
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摘要 Based on the slice method of the non-circular slip surface for the calculation of integral stability of slope, an improved genetic algorithm was proposed, which can freely search for the most dangerous slip surface of slope and the corresponding minimum safety factor without supposing the geometric shape of the most dangerous slip surface. This improved genetic algorithm can simulate the genetic evolution process of organisms and avoid the local minimum value compared with the classical methods. The results of engineering cases show that it is a global optimal algorithm and has many advantages, such as higher efficiency and shorter time than the simple genetic algorithm. Based on the slice method of the non-circular slip surface for the calculation of integral stability of slope, an improved genetic algorithm was proposed, which can freely search for the most dangerous slip surface of slope and the corresponding minimum safety factor without supposing the geometric shape of the most dangerous slip surface. This improved genetic algorithm can simulate the genetic evolution process of organisms and avoid the local minimum value compared with the classical methods. The results of engineering cases show that it is a global optimal algorithm and has many advantages, such as higher efficiency and shorter time than the simple genetic algorithm.
出处 《Journal of Central South University of Technology》 EI 2005年第6期749-752,共4页 中南工业大学学报(英文版)
基金 Project(50274074)supportedbytheNationalNaturalScienceFoundationofChina project(05JJ30082)supportedbytheNaturalScienceFoundationofHunanProvince project(040110)supportedbytheDoctorInnovationEngineeringFundofCentralSouthUniversity
关键词 slice method dangerous non-circular slip surface minimum safety factor improved genetic algorithm 切片法 采矿 边坡 稳定性 改进遗传算法
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