Papers by Author: Qiang Feng

Abstract: With the saturated - unsaturated seepage theory, Hualianshu landslide is seepage numerical simulated by the finite element method .The changes of Hualianshu landslide seepage are subject to the impact of rainfall and reservoir water level's changes.The formation and variation of the slope seepage field under rainfall infiltration have been come to, providing a basis for analysis of slope stability and landslide prediction.

Abstract: Saturated and unsaturated seepage analysises are given for Dashiban Landslide applied a particular rainfall type, The impaction of typical rainfall on the stability of landslide is discussed, and further research foundation is layed.

Abstract: Existing problems of Soil Mechanics are discussed in China Three Gorges University, the teaching contents are summarized and optimized, and teaching hours are reasonably arranged, which will provide a good foundation to improve the quality of teaching.

Abstract: Saturated and unsaturated seepage analysises are given for Dashiban Landslide applied multi-day rainstorm once in hundred years including three day and five day and seven day rainstorm. The impaction of rainstorm on the stability of landslide is discussed.

Abstract: Saturated and unsaturated seepage analysises are given for Dashiban Landslide applied multi-day rainstorm once in fifty years including three day and five day and seven day rainstorm. The impaction of rainstorm on the stability of landslide is discussed.

Abstract: Non-linear finite element analysis is given for the neonatal landslide——Qianjiangping Landslide which happened after the first sluice in Three Gorges Reservoir, the conclusions are discussed from the two aspects: Three Gorges Reservoir sluice and heavy rainfall.

Abstract: Saturated and unsaturated seepage analysises are given for the neonatal landslide——Qianjiangping Landslide applied Three Gorges Reservoir water level and rainfall which happened after the first sluice in Three Gorges Reservoir, the conclusions are discussed from the two aspects: Three Gorges Reservoir sluice and heavy rainfall.