Efficient random field generation with rotational anisotropy for probabilistic sph analysis of slope failure
Due to geological processes such as sedimentation, tectonic movement, and backfilling,
natural soil often exhibits characteristics of rotated anisotropy. Recent studies have shown …
natural soil often exhibits characteristics of rotated anisotropy. Recent studies have shown …
3D WCSPH modelling of landslide-water dynamics during 1963 Vajont disaster
This study illustrates the full-scale 3D numerical simulation of the coupled water-landslide
dynamics of the 1963 Vajont catastrophic event. The focus is given to the early phase of the …
dynamics of the 1963 Vajont catastrophic event. The focus is given to the early phase of the …
Uncertainty Analysis of Post-Failure Behavior in Landslides Based on SPH Method and Generalized Geotechnical Random Field Theory
In slope stability analysis, the inherent heterogeneity and spatial variability of soil
significantly influence the aftermath of landslides, including critical aspects like runout …
significantly influence the aftermath of landslides, including critical aspects like runout …
A GPU-accelerated 3D ISPH-TLSPH framework for patient-specific simulations of cardiovascular fluid–structure interactions
Patient-specific simulation of the fluid–structure interaction (FSI) problems in cardiovascular
systems plays an increasingly important role in fundamental research and clinical …
systems plays an increasingly important role in fundamental research and clinical …
Quantitative Analysis of Landslide and Debris Flow Based on Seismic Signal
J Zhou, Y Cui, Y Yan, X Tian, L Li - Olympiad in Engineering Science, 2023 - Springer
Landslides and debris flows are occasionally explosive and extremely destructive. In recent
years, satisfactory results have been made in studying these hazards based on …
years, satisfactory results have been made in studying these hazards based on …