Relationship between the surface and internal deformation features of toppling in anti-dip rock slopes.

ABSTRACT: Multiple researchers have effectively utilized InSAR for early identification research in southwest China. However, the intricate geological structure in this region includes deeply buried and unpredictable anti-dip stratiform rock slopes, posing an additional challenge for InSAR remote sensing. This study establishes a coupling relationship between slope topple deformation patterns and surface macro-deformation characteristics through a centrifuge model test, analyzing slope bending and topple deformation stages. The InSAR interpretation of prototype slopes is employed to retrospectively infer the slope stage and visualize the slope deformation process. This research provides technical assistance for identifying and preventing slope failures. The result demonstrates that: (1) The failure

SUBMITTER: Zheng G 

PROVIDER: S-EPMC11542880 | biostudies-literature | 2024

REPOSITORIES: biostudies-literature