Landslide dams fail from within: lab tests reveal hidden seepage disaster chain
Large-scale flume experiments show that climbing-type landslide dams with sorted internal structures fail through a rapid seepage-driven chain of toe ...
Large-scale flume experiments show that climbing-type landslide dams with sorted internal structures fail through a rapid seepage-driven chain of toe ...
A scaled physical model of a Jinan Metro station showed an upstream water-level rise of up to 2.10 m without ...
A three-dimensional modeling study of a Chinese tungsten tailings dam found that grid-pattern waste rock inclusions reduced maximum pore-water pressure ...
A finite element study of a Himalayan residual soil slope finds that prolonged low-intensity rainfall cuts slope stability far more ...
Numerical modeling of Italy's Ficocchia Dam suggests that retrofitting old homogeneous earth dams with an upstream liner and diaphragm wall ...
New field, laboratory, and modelling evidence from Tibet shows that a landslide's impact on saturated alluvial sediment can instantly raise ...
A forensic geotechnical and geophysical investigation has revealed that monsoon-driven groundwater ponding above low-permeability phyllite bedrock is causing deep-seated, recurrent ...
New model experiments show that the clay content of ancient landslide deposits determines whether rainfall triggers rapid shallow sliding or ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine