This study examines the development trajectory and current trends of three-dimensional
(3D) geological modelling. In recent years, due to the rising global energy demand and the …

The Earth below ground is the subject of interest for many geophysical as well as geological
investigations. Even though most practitioners would agree that all available information …

Seven distinct types of structural analysis can be defined, each with their own data and
uses:(1) basic geological descriptions;(2) geometries and topology;(3) age relationships;(4) …

The representation of subsurface structures is an essential aspect of a wide variety of
geoscientific investigations and applications, ranging from geofluid reservoir studies, over …

The visualization and analysis of massive, multi-source, multi-dimensional, heterogeneous,
dynamic, and complex spatial data is playing an increasingly important role in 3D scene and …

Three-dimensional structural geomodels are increasingly being used for a wide variety of
scientific and societal purposes. Most advanced methods for generating these models are …

The present study used a multitool approach to characterize fractures of several orders of
magnitude in large fracture corridors, caves, and canyons to investigate their impact on fluid …

Three-dimensional geological modeling is a process of interpreting geological features from
limited sample data and making predictions, which can be converted into a classification …

Unlike some other well-known challenges such as facial recognition, where Machine
Learning and Inversion algorithms are widely developed, the geosciences suffer from a lack …

The spatial relationship between different rock types and relevant structural features is an
important aspect in the characterization of ore-forming systems. Our knowledge about this …