Implications of Local‐Scale Approximations on Describing Fluid Flow in Rock Fractures With Stress‐Induced Void Heterogeneity

Cui, Pengfei; Xie, Heping; Wang, Zhihe; Li, Cunbao; Gao, Mingzhong

doi:10.1029/2021wr031867

Water Resources Research

2022

DOI: 10.1029/2021wr031867

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Implications of Local‐Scale Approximations on Describing Fluid Flow in Rock Fractures With Stress‐Induced Void Heterogeneity

Pengfei Cui

Heping Xie

Zhihe Wang

et al.

Abstract: Accurate description of fluid flow processes in fractured rock formations is essential to many subsurface applications for resource extraction and hazardous waste disposal (

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Implications of Local‐Scale Approximations on Describing Fluid Flow in Rock Fractures With Stress‐Induced Void Heterogeneity

Abstract: Accurate description of fluid flow processes in fractured rock formations is essential to many subsurface applications for resource extraction and hazardous waste disposal (

Cited by 4 publications

References 56 publications

Examining fluid flow and solute transport through intersected rock fractures with stress-induced void heterogeneity

Examining fluid flow and solute transport through intersected rock fractures with stress-induced void heterogeneity

Quantitative assessments on fluid flow through fractures embedded in permeable host rocks: Experiments and simulations

Hydraulic properties of stressed granite fractures with heat-induced void alteration

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