A reliable geological cross-section is essential to the design and risk assessment of
underground structures. Random fields are commonly employed to model geological …

This paper presents a regional 3D geological modeling method based on the stacking
ensemble technique to overcome the challenges of sparse borehole data in large-scale …

Rapid urbanization has caused numerous construction solid waste landfills. Few studies
have explored the impact of multi-source waste soils with remarkable spatial variability on …

The performance of computer vision-based techniques for stratigraphic modeling relies
heavily on qualified training images to capture the complex stratigraphic connectivity. In …

Long-term tunnel displacement prediction is of great engineering significance to tunnel
maintenance and hazard warning. To that end, this paper provides a novel combination idea …

This paper outlines the development and deployment of the Geodata Modelling and
Management System (GEM2S) in Singapore. GEM2S offers a sophisticated web-based …

Understanding the subsurface is of prime importance for many geological and
hydrogeological applications. Geophysical methods offer an economical alternative for …

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 …

Stratigraphic modeling plays a critical role in characterizing subsurface conditions, while it
faces significant uncertainty due to geological heterogeneity and sparse borehole data …

Rockhead estimation and uncertainty quantification are essential for underground
constructions such as tunneling. However, deep boreholes that are required for rockhead …