Geotechnical testing serves to assess the strength and stiffness of in-situ soils, for purposes
such as informing foundation design. Despite its importance, time constraints, financial …

The impact of global climate change is gradually intensifying, and the frequent occurrence of
meteorological disasters poses a serious challenge to crop production. Analyzing and …

The increasing frequency of landslide disasters worldwide highlights the importance of
accurate prediction of post-failure runout distances for effective risk management. However …

Geotechnical measurements are often limited, leading to the use of interpolation techniques
for interpreting spatial variations in geotechnical properties from sparse geo-data …

In the reliability analysis of the landslide-stabilizing piles system (LSP), the most commonly
used uncertainty models of geotechnical parameters mainly include the homogeneity model …

Geotechnical engineers rely on accurate soil property information for engineering analyses.
However, it is challenging for spatial learning of soil attributes because in-situ geotechnical …

In my research, defects, mechanical behaviour and their correlation will be investigated with
corresponding techniques and methods. Defects in composites always have a negative …

Richards equation is often used to represent two-phase fluid flow in an unsaturated porous
medium when one phase is much heavier and more viscous than the other. However, it …

This study involved an embankment settlement analysis of a case study of the railway loess-
filled embankment section of the Baozhong railway in Guyuan, China. The two-dimensional …

The present work proposes a stochastic statistical method, called Green-FOSM, to consider
the uncertainties associated with the mechanical properties of rocks that form geological …