Micro-CT Imaging and Fluid Flow Simulations of Fractures in MSEEL Shale

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micro-CT scans of a naturally fractured MSEEL shale sample as a shear fracture is generated and displaced in the center, intact region of the sample. Steady State laminar fluid flow simulations were then performed on each individual fracture during each experimental segment as effective stress and shear displacement changed.

Released under LA-UR-21-24335.

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Authors

Citation (Click to Copy)

Effect of Shear Displacement and Stress Changes on Fracture Hydraulic Aperture and Flow Anisotropy, (2021). In Preparation.

Keywords

OSTI Info

Field	Value
Id	3a8ee88a-0c97-4d11-ae9c-d9137ef1dbf4
Dataset Type	AS
Contract Nos	####
Org Research Org	LANL
Language	English
Country	US
Sponsor Org	USDOE Office of Fossil Energy (FE)
Site Url	https://edx.netl.doe.gov/dataset/micro-ct-imaging-and-fluid-flow-simulations-of-fractures-in-mseel-shale
Contact Name	Nathan Welch
Contact Org	Los Alamos National Laboratory
Doi	10.18141/1774635

Additional Info

Field	Value
Maintainer	Nathan Welch
Last Updated	September 14, 2021, 18:11 (LMT)
Created	April 7, 2021, 21:53 (LMT)
Citation	Effect of Shear Displacement and Stress Changes on Fracture Hydraulic Aperture and Flow Anisotropy, (2021). In Preparation.
Netl Product	yes
Osti	yes
Poc Email	bruce.brown@netl.doe.gov
Point Of Contact	Bruce Brown
Program Or Project	MSEEL
Project Number	####
Publication Date	2021-09-02
Restriction Date	2021-09-13