The reliable identification of subsurface sedimentary structures (ie, geologic heterogeneity)
is critical in various earth and environmental sciences, petroleum reservoir engineering, and …

Modelling geothermal reservoirs is challenging due to the large domain and wide range of
length-and time-scales of interest. Attempting to represent all scales using a fixed …

Saline intrusion (SI) in coastal aquifers is a global problem with the potential to contaminate
groundwater used by over a billion people. Numerical modelling of SI in coastal aquifers is a …

Basin modeling and thermal maturity estimation are crucial for understanding sedimentary
basin evolution and hydrocarbon potential. Assessing thermal maturity in the oil and gas …

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 …

The strike and the dip angle are vital for describing the geometry of the rock formations.
However, in the interpolation and geological modeling, only the coordinates are considered; …

Rule-based reservoir models incorporate rules that mimic actual sediment deposition
processes for accurate representation of geological patterns of sediment accumulation …

A machine-learning-based methodology is proposed to delineate the spatial distribution of
geomaterials across a large-scale three-dimensional subsurface system. The study area …

We introduce a novel method for estimating the spatial distribution of absolute permeability
in oil reservoirs, consistent with well logging and well test measurements. The primary …

Sedimentary formations that compose most aquifers are difficult to model as a result of the
nature of their deposition. Their formation generally involves multiple processes (alluvial …