Block-flexure toppling is the most common toppling mode occurring in interbedded anti-
inclined slopes. With the development of hydropower projects in Southwest China …

The mechanism and evolution of toppling in interbedded rock slopes in upstream of Yalong
River are analyzed with the typical case of Jaxi toppling. The analysis covers the aspects of …

Deep-seated toppling in the upper reaches of the Lancang River, southwest China involves
deformations exceeding 100 m in depth. The slope deformation is initiated by river …

A large-scale rockslide, developed from a deep-seated toppling failure, occurred in October
2018 following reservoir impoundment in the upper Lancang River, Southwest China. The …

Recently, various toppling slopes have emerged with the development of hydropower
projects in the western mountainous regions of China. The slope on the right bank of the …

Anti-dip rock slopes are widely developed and distributed in the Three Rivers basin in
China, and associated deformation and damage phenomena are especially prominent …

Abstract In the Three Gorges Reservoir area, there are many anti-dip slopes with soft-hard
interbedded structures in the Gongjiafang-Dulong section of Yangtze river, and the …

To reveal the impact of slope angle change on toppling deformation, this paper takes the
dam toppling deformation of Gushui Hydropower Station based at Lancang River as an …

Complex block-flexure slope toppling is observed in interbedded sandstone and slate in the
upper Yellow River, China. Block toppling is observed in the relatively hard sandstone and …

A large-scale deep-seated toppled rock mass was located upstream of the Lancang River.
The toppling deformation mechanism of layered steeply dipping rock masses and its …