Fluid Flow Scaling Behavior in Rock Fractures

A project by the British Geological Survey (BGS) investigating fluid flow in rock fractures. The work uses high-fidelity physical models, experimental imaging, and numerical simulations to examine scaling behavior, channelling, and surface wettability.

Use Cases

• Analyze channelling and fingering patterns in miscible fluid flow from experimental imaging data
• Model the impact of surface wettability on flow stability in synthetic fractures
• Examine the relationship between normal/shear deformation and fracture matching in numerical simulations
• Apply results on flow dispersion to multi-fracture systems relevant to the oil industry

Strengths

• Project conducted by the authoritative British Geological Survey (BGS)
• Research employs multiple high-resolution methods: experimental imaging and numerical modeling
• Focus on specific, industrially relevant phenomena like channelling and wettability

Limitations

• Input describes a research project, not a structured dataset with rows or columns
• No sample data, file formats, or size information is provided for direct analysis
• Data availability and structure for ML use are unknown

Provenance

Source

British Geological Survey (BGS)

Collection Method

High-fidelity physical modeling, experimental imaging (optical, NMR, PET), and high-resolution numerical simulations

Time Range

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Freshness

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Geography

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