Results 151 to 160 of about 450 (182)
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Numerical Study of the Proppant Transportation in the Nonplanar Fracture
58th U.S. Rock Mechanics/Geomechanics SymposiumABSTRACT: The sand-carrying fluid flow in complex hydraulic fracture is crucial to improve the fracture conductivity. Previous research on proppant transportation simulation has mainly focused on planar fracture. This paper presents a proppant transportation model of the nonplanar fracture.
S. Y. Chen +4 more
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Proceedings, 2018
We present further development of the 2D two-continua model of proppant transport derived from first principles using the lubrication approximation [1]. The model includes effects associated with presence of the slip velocity between particles and fluid, as well the yield stress of carrying fluid.
A.A. Osiptsov, S.A Boronin, E.V Dontsov
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We present further development of the 2D two-continua model of proppant transport derived from first principles using the lubrication approximation [1]. The model includes effects associated with presence of the slip velocity between particles and fluid, as well the yield stress of carrying fluid.
A.A. Osiptsov, S.A Boronin, E.V Dontsov
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Numerical Simulation of Proppant Transportation in the Nonplanar Fracture
International Geomechanics ConferenceABSTRACT: The fractures produced by hydraulic fracturing twist and extend in three-dimensional space, often forming complex nonplanar shapes, which makes the transportation law of proppant more complicated. To study the transportation law of proppant in the nonplanar fractures, the morphology of fracture propagation
Siyuan Chen +4 more
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Does Higher Viscosity Improve Proppant Transport?
SPE Oklahoma City Oil and Gas Symposium, 2019Abstract The use of high viscosity friction reducers (HVFR) as alternatives to guar-based fluids to improve proppant transport and lessen formation damage has increased rapidly. While several product options are available, the criteria for selection of a product has focused on viscosity at 300 RPM (511s-1) that meets or exceeds that of ...
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Computational Modeling of Proppants Transport in Rock Fractures
Conference Name: NETL 2024 Workshop on Multiphase Flow Science Location: Morgantown, WV, United States Start Date: 8/13/2024 12:00:00 AM End Date: 8/14/2024 12:00:00 AM, 2021Dustin Crandall +2 more
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Numerical Simulation of Proppant Transport in Hydraulic Fractures
2017This research focuses on the study of mechanisms of proppant transport in reservoirs during frac-packing operation. As an attempt to improve current numerical modeling of proppant transport, a multi-module, numerical proppant, reservoir and Geomechanics simulator was developed, linked and tailored for capturing the processes and mechanisms that are ...
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Tackling the adversities of proppant transport by generating In-situ proppants.
2019Maniar, Karan, Manav Kothari
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