Rock typing is a process through which reservoir layers are classified into distinct units with
similar geological conditions. The Kozeny-Carman's equation is commonly used for rock …

We invoke pore-scale models to evaluate grain shape effects on petrophysical properties of
three-dimensional (3D) images from micro-CT scans and consolidated grain packs. Four …

Resulting from the preferential alignment of sediment particles, permeability anisotropy of
unconsolidated strata is an essential parameter for natural gas hydrate (NGH) exploitation …

Resulting from the bedding structure of turbidite reservoir, permeability anisotropy is an
essential parameter for natural gas hydrate (NGH) exploitation. Fundamentally, the evolution …

Natural gas hydrate (NGH) is considered as a type of clean energy to replace coal and oil.
During exploitation, permeability is one of the key parameters controlling production …

The permeability of natural gas hydrate (NGH) turbidite reservoirs typically exhibits
significant anisotropy, with anisotropy being a crucial basis for evaluating reservoir …

Saturated and unsaturated permeabilities are influenced by the microscopic pore structure
of granular porous media. We developed pore flow simulations for grains generated by …

Permeability is one of the most important characteristics of hydrocarbon-bearing formations.
Many approaches exist for estimating permeability. Formation permeability is often …

Differences in deposit geometry and texture with depth along ephemeral gravel-bed streams
strongly reflect fluctuations in bedload which are due to environmental changes at the basin …

We present results of simulations based on a physics-based depositional model of
sandstone. The initial rock sediment is modeled as a pack of spherical grains. The absolute …