Data mining and analysis are critical for preventing or mitigating natural hazards. However,
data availability in natural hazard analysis is experiencing unprecedented challenges due to …

The assessment of fragility of underground civil defense structures is of paramount
importance in ensuring their functionality and enhancing safety in seismic-prone regions …

Natural soil slopes often exhibit both spatial variability and stratigraphic dips due to complex
depositional processes of soil, exerting a remarkable influence on landslide behaviors …

Understanding the entire process of hydraulic-related landslide reactivations is crucial for
risk assessment, which includes initiation and runout evolves from a small-deformation in …

This study addresses the complexities encountered when integrating site-specific field data
into the Bayesian inverse analysis of soil parameters in geotechnical structures. Traditional …

Accurate assessment of slope failures and their large deformations is critical for effective
landslide mitigation. This study introduces the new Cooperative Stochastic Material Point …

Naturally, sedimented strata bring about complicated distributions for geomaterial properties
with different random field parameters in different directions, eg, the anisotropic scale of …

The inherent uncertainty in hydro-geotechnical parameters presents a significant challenge
for accurately predicting rainfall-triggered shallow landslides in mountainous regions. In this …

The construction of the 'Dayangyun'Expressway has generated a large number of
engineering landslide disaster chains, mainly due to the lack of consideration of the …

This study proposes a stochastic method to analyse the propagation of hydraulic fractures
affected by layered heterogeneity in rocks in a toughness-dominated regime. The study …