We use history matching approach to analyze the long-term production data with the single-phase gas Horizontal-Multifractured-SRV model in IHS Harmony software. Fig. 14 shows a good match of gas flowrate and bottomhole pressure history. Although the history match result is not unique, it is ...
There are different approaches to modeling two-phase flows. One of them is to stem from the fluid mechanics equations in their general form. For that, the only assumptions are that the physical variables denoting the thermal and dynamic state of the fluid are well defined and that the fluid ...
PIMPLE is used as the pressure–momentum coupling in one time step twice to resolve the problem in this study. In general, the Courant-Fredichs-Lewy (CFL) number is required to be less
In general, faults and their damage zones result in spatial clustering of fractures (Gillespie et al.1993; Brathwaite et al.2001), but this effect has not been clearly observed in the borehole images considered here. At Rotokawa, the fractures were distributed throughout the imaged interval rat...
Finally, the role of the confined space and the stress-dependent deformation on the production are examined in detail. This novel simulation approach can shed light on the better understanding of the key parameters affecting well production of in developing tight oil reservoirs in the future....
Their work did not use specific rheological models, but they were within the general class up to second-order viscoelastic fluids. Thurston [36], in 1975, performed measurements of pressure and volume flow of blood considering steady, oscillatory, and pulsatile flows. The blood is considered a ...
LES was first proposed by Smagorinsky in 1963 as part of a basic general circulation experiment [13]. The large eddies of turbulence are computed directly and only sub-grid scale motions are modeled in LES, which reduce the computation cost compared to DNS [11]. In turbulence, the large ...
The N- S equations and the continuity equation are solved using a finite difference approach on a structured control volume grid. There are two numerical techniques which make FLOW-3D® unique--FAVOR and VOF. The FAVOR technique makes it possible to m complex geometries on a structured grid....
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to do feed-matching. In an elastomeric chip, the fluid velocity is controlled by compressing the channel to cause the fluid to accelerate. Additionally, rollers may be placed at the exit of the chip so that they impinge on the rod and control the linear exit velocity of the polymerized rod...