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Bivariate Log-Normal Distribution of Stimulated Matrix Permeability and Block Size in Fractured Reservoirs: Proposing New Multilinear-Flow Regime for Transient-State Production
Date
2018-08-01
Author
Al-Rbeawi, Salam
Metadata
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This paper investigates the impacts of varied stimulated matrix permeability and matrix-block size on pressure behaviors and flow regimes of hydraulically fractured reservoirs using bivariate log-normal distribution. The main objective is assembling the variance in these two parameters to the analytical models of pressure and pressure derivative considering different porous-media petrophysical properties, reservoir configurations, and hydraulic-fracture (HF) characteristics. The motivation is eliminating the long-run discretization treatment in the porous media required by applying analytical models to describe the variance in the previously discussed parameters with the distance between HFs.
Subject Keywords
Lognormal-distribution
,
Horizontal wells
,
Pressure
URI
https://hdl.handle.net/11511/64030
Journal
SPE JOURNAL
DOI
https://doi.org/10.2118/189993-pa
Collections
Engineering, Article
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S. Al-Rbeawi, “Bivariate Log-Normal Distribution of Stimulated Matrix Permeability and Block Size in Fractured Reservoirs: Proposing New Multilinear-Flow Regime for Transient-State Production,”
SPE JOURNAL
, pp. 1316–1342, 2018, Accessed: 00, 2020. [Online]. Available: https://hdl.handle.net/11511/64030.