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A two-phase (water and oil) flow model in a homogeneous porous media is studied, considering immiscible and incompressible displacement.
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This paper describes development of a model of oil flow when microwave technology is used to heat the reservoir.
In this way, macroscopic properties evaluation during the morphological evolution of a 3-D network requires less computational effort, which facilitates the incorporation of this model into oil flow simulators.
The relative errors of pressure gradients between calculated and experimental results are generally higher than 300%, but these can be reduced to less than 10% while the oil flow friction item of the model is multiplied by a modified coefficient β of 0.1907.
This paper gives the mathematical models for oil flow through a hydraulic tappet as well as those of an oil jet and plain journal bearings.
Motivated by this, first, we present a gas/oil flow model to describe the oil flow dynamics near the wellbore.
Examination of elastic model runs showed that oil flow from matrix to fractures should be increased to match water and gas production from the oil wells.
Applying the laminar flow theory to an asphalt oil spill, this paper presents an overland flow model to calculate the possible range of spread.
Wang et al. (2015) further established a fractal trilinear flow model for MFHWs in tight oil reservoirs.
The data for the numerical model were obtained from both test tube and oil flow experiments.
This model has been capable of reproducing the expected oil flow and the thermal distribution inside the transformer.
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