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- W2014671275 abstract "Abstract This paper investigates the effect of multi-branched hydraulic fracture on transient pressure response of the well. Pressure transient analysis usually considers the fracture to be singleplanar surface in the rock. However, hydraulic fractures may have branches or segments which are originated at different positions along the main fracture or even starting at the wellbore (far field or near the wellbore). A mathematical formulation intended to simulate certain fracture segmentation pattern in defferent directions is proposed assuming constant width and infinite conductivity fracture. The effect of conductivity contrast between the fractures has also been studied. The solution was obtained numerically by using an implicit formulation with the finite-difference method. It was observed that the pressure response of a vertically fractured well with segmented fractures is very similar to the one of a well with a single fracture. A well with multiple fracture reflects the pressure behavior of a single fracture with an average conductivity. Therefore, the branched fracture does not show any recognizable/identifiable pattern in neither the pressure derivative nor the second pressure derivative curves. Thus, it is implied that the fracture communication amongst branched network is instantaneous for infinite-conductivity fractures. Therefore, from well test data it is not possible to detect the presence of fracture branches in a reservoir. However, when the branched fracture has less conductivity than the main fracture body, the pressure response behaves like that of a well with single fracture of an average conductivity. The observed pressure pattern is the same for the case of equal fracture conductivities but a higher pressure drop is observed as the branched fracture conductivity is reduced." @default.
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- W2014671275 date "2001-05-21" @default.
- W2014671275 modified "2023-10-14" @default.
- W2014671275 title "Pressure Analysis for a Well Intersected by a Hydraulic Fracture with Multiple Segments" @default.
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- W2014671275 doi "https://doi.org/10.2118/71035-ms" @default.
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