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

The hydrodispersive properties of porous sediments are strongly influenced by the
heterogeneity at fine scales, which can be modeled by geostatistical simulations. In order to …

Arsenic-contaminated groundwater is considered one of the world's largest environmental
health crises, as more than 300 million people in more than one-third of countries worldwide …

Mineral resources are estimated to establish potential orebody with acceptable quality
(grade) and quantity (tonnage) to validate investment. Estimating mineral resources is …

Qualified subsurface geological cross-sections are indispensable for efficient site planning
and risk management of underground infrastructure. Nevertheless, delineating a qualified …

Tunnel designers persistently experience issues regarding the impact of tunnel drainage on
groundwater that can affect the safety of tunnels. From an environment-oriented approach …

The aim of this work is to reproduce a metre-scale facies heterogeneity 3D model of the
Chattian Porto Badisco Calcarenite carbonate ramp outcropping in the Salento Peninsula …

We present a new framework for multiple‐point simulation involving small and simple
training images. The use of transform‐invariant distances (by applying random …

Spatial uncertainty analysis is a complex and difficult task for orebody estimation in the
mining industry. Conventional models (kriging and its variants) with variogram-based …

Geostatistical data plays a vibrant role for surface-based reservoir modeling through outcrop
analogues, which is used to understand three-dimensional (3D) variability of petrophysical …