近 五 年 论 文 著 作 专 利 发 明 成 果 | 一、论文 (1)Hongwei Fang, Yixiang Xu. New method for evaluation seismic ultimate bearing capacity of foundations adjacent to slope considering dilatancy angle[J]. SOIL MECH FOUND ENG, accept. (2)Hongwei Fang, Yixiang Xu, and Guowen Xu. New failure mechanism for evaluating the static and seismic ultimate bearing capacity of strip footings adjacent to slope[J].KSCE J CIV ENG, accept. (3)Hongwei Fang, Yixiang Xu. New failure mechanism for evaluating seismic and static undrained bearing capacity adjacent to 2D slope[J]. Scientifc Reports | (2023) 13:1712. (4) New failure mechanism for evaluating the inclined failure load adjacent to undrained soil slope[J]. Sustainability 2023, 15, 2159. (5) Fang H W, Chen Y Frank, Hou Z K, Xu G W, Wu J X. Probabilistic analysis of a cohesion- frictional slope using the slip-line field theory in a Monte-Carlo framework[J].Computers and Geotechnics, 2020,120:103398.(SCI) (6) Fang H W, Chen Y Frank, Hou Z K, Xu G W, Wu J X. New instability criterion for stability analysis of homogeneous slopes with double strength reduction. International Journal of Geomechanics, 2020, 20(9): 04020162.(SCI) (7) Fang H W, Chen Y. Frank, Xu Y X. New Instability Criterion for Stability Analysis of Homogeneous Slopes. International Journal of Geomechanics, 2020, 20(5): 04020034.(SCI) (8)FANG Hong-wei (方宏伟), CHEN Y. Frank.(陈幼佳), DENG Xiao-wei(邓晓蔚). A new slope optimization design method based on the limit curve method [J]. J. Cent. South Univ.,(2019) 26: 1856−1862.(SCI) |