Accurately modeling and constructing a geologically realistic subsurface model remains an
outstanding problem as the morphology controls the flow behaviors. Particularly, one of the …

Constructing subsurface models that accurately reproduce geological heterogeneity and
their associated uncertainty is critical to many geoscience and engineering applications. For …

Modelling lithofacies and petrophysical properties are the challenging processes at the
beginning of exploration and production of hydrocarbon reservoirs. However, the limited …

Deepwater turbidite lobe reservoirs have massive hydrocarbon potential and represent one
of the most promising exploration targets for hydrocarbon industry. Key elements of turbidite …

Building geometrically realistic representations of geological heterogeneity in reservoir
models is a challenging task that is limited by the inflexibility of pre-defined pillar or …

Unconfined deep-water lobe deposits are among the most important targets in deep-water
oil field exploration and production. Accurate stochastic simulations of the sedimentary …

Surface-based modelling provides a computationally efficient approach for generating
geometrically realistic representations of heterogeneity in reservoir models. However …

Channelized turbidite systems are often grouped into complexes and exhibit various
stacking patterns, which play a crucial role in controlling the connectivity between high …

With the continuous depletion of oil and natural gas resources, the development of fluvial
reservoirs has gradually become a key research direction, which makes the reconstruction …

The sedimentary record of meandering rivers contains a diverse and complex set of
lithological heterogeneities, which impact natural resource management. Different methods …