In geotechnical engineering, geological uncertainty and the inherent spatial variability of soil
properties are two primary sources of uncertainty, significantly impacting embedded geo …

Jet grouting column is widely used in ground improvements of hydraulic and geotechnical
structures. Estimation of the diameter of the jet grouting column is indispensable to the …

The natural stratigraphic distribution is uncertain due to the geological tectonic movements
and sedimentation. It is a challenge for traditional deterministic models to capture geological …

This study proposes a new model in explicit form to predict the diameter of the jet grouting
column of three popular jet grouting systems (ie, single, double, and triple). The proposed …

Geological uncertainty is a crucial factor in the reliability design of geotechnical structures,
necessitating advanced probabilistic approaches for robust subsurface stratification and …

This paper proposed a framework for muck types identification based on data augmentation-
assisted image recognition during shield tunnelling. The muck pictures were collected from …

Partially saturated soils are commonly encountered in practice. To facilitate the construction
and maintenance of infrastructure, it is important to estimate the dissipation of partially …

Three-dimensional (3D) geological modelling enhances the understanding and
visualisation of complex subsurface stratigraphy, which underpins geotechnical digital twin …

Abstract Three-dimensional (3D) geological modeling is a process of interpretation that
integrates multiple source inputs and knowledge into geometry to represent the …

In engineering geology, a reasonable assessment of the spatial distribution of uncertainty in
a region is vital in guiding research, saving money, and shortening the period. However, the …