Inertial and turbulent flow in hydro‐mechanically coupled KGD‐like fractures
Fluid flow in deformable fractures is important to many applications including hydraulic
stimulation. Fracture flow simulations typically rely on the Poiseuille flow model which …
stimulation. Fracture flow simulations typically rely on the Poiseuille flow model which …
The roughness of fracture surfaces and its scale dependence–a methodological study based on natural fractures in sandstones from Southern Germany
G Houben, A Weitkamp, S Kaufhold - Environmental Earth Sciences, 2024 - Springer
The study of groundwater flow in fractured aquifers is an important part of hydrogeology.
Main parameters that influence the flow rate and velocity in fractures are their number and …
Main parameters that influence the flow rate and velocity in fractures are their number and …
Inertial, Transient, and Turbulent Flow through Deformable and Propagating Fractures: Theory and Computational Engineering
B Gee - 2023 - uwspace.uwaterloo.ca
Fluid flow in deformable fractures is important to many natural and industrial geological
engineering applications including contaminant transport, geothermal energy, and hydraulic …
engineering applications including contaminant transport, geothermal energy, and hydraulic …
[PDF][PDF] Finite Element Models for Multiscale Theory of Porous Media
B Campos - 2024 - uwspace.uwaterloo.ca
Theories to describe porous media aim to represent a combination of a solid matrix and a
connected pore space, which may be occupied by fluids. Porous media applications are …
connected pore space, which may be occupied by fluids. Porous media applications are …