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The former explicitly models the deformation, fracture and fracture of the solid, while the later models fluid flow.
Forward Reservoir Simulation (FRS) is a challenging process that models fluid flow and mass transfer in porous media to draw conclusions about the behavior of certain flow variables and well responses.
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Modern reservoir simulators are computer programs that are designed to model fluid flow in porous media.
Replicating the pore topology/structure of tight gas reservoirs is essential to model fluid flow through such porous media.
In hydrology and hydrocarbon exploration, diffusion equations are mainly used to model fluid flow in reservoir rocks (Peaceman 1977).
The results show that CFD-based system identification is feasible to model fluid flow and heat transfer related processes.
A two-dimensional CFD model was developed to model fluid flow, chemical reaction, and heat and mass transfer in a fixed-bed reactor.
Modeling fluid flow and transport using streamlines dates back to the study of well pattern and total recovery by Muskat and Wyckoff in 1934.
In the present paper, we use a Navier Stokes solution called the Couette's equation to model fluid flow in extension fractures.
Eq. (9) has been extensively used to model fluid flow in fractures (Brown 1987; Zimmerman and Bodvarsson 1996; Méheust and Schmittbuhl 2001; Watanabe et al. 2008).
The main input parameters required to model fluid flow through a naturally fractured formation are fracture permeability, fracture porosity and shape factor (Kazemi et al. 1976).
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