Once a soil slope is led to the limit equilibrium state by means of the finite element – strength reduction technique
usually
the critical slip surface goes through the points at which the equivalent plastic strain takes the maximum. First
some vertical lines are arranged along the horizontal direction. Then
along each of the vertical lines the point with the maximum equivalent plastic strain is found out. All such points compose a wave and make up the functional data. Finally
the functional data are smoothed by the least square method and the position of the critical slip surface is determined. The proposed procedure is confirmed through the comparison with other mature methods.
Linear optimization method for shear strength parameters of rock mass
Three-dimensional stability analysis of a soil slope based on alternating variable local gradient method
Critical slip field of slope in process of rainfall infiltration
Reliability analysis of slope using non-intrusive stochastic finite element method
Analysis of flow motion and its effect on the slope stability of plane sliding landslide saturated under heavy-rain—A case study of Ermanshan landslide in Hanyuan county of Sichuan province
Related Author
LI Qian-qian
HUANG Dong
QIAO Jian-ping
CUI Zhong-xing
SUN Shu-lin
WANG Tian-yu
LIU Xiao-fang
YU Wen-ping
Related Institution
Institute of Mountain Hazards and Environment, Chinese Academy of Sciences
Kety Laboratory of Mountain Hazards and Surface Process
University of Chinese Academy of Sciences
Faculty of Civil Engineering and Architecture, Xi’an University of Technology
College of Earth Sciences and Engineering, Hohai University