Directory UMM :Data Elmu:jurnal:A:Advances In Water Resources:Vol22.Issue3.1998:
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We then employ the invasion percolation model of two-phase ¯ow in porous media to study the eect of correlated heterogeneity on rate-controlled mercury porosimetry, the
But if such heteroge- neities can be accurately described in a statistical sense, e.g., at the pore scale, then percolation theory can be applied to generate both mean values and
In particular, we have examined the relationship between common line length, capillary pressure, and saturation; we have examined the relationship between ¯uid±¯uid interfacial
The model accounts for various processes at the pore-scale including mass transfer by advection and diusion in the gas phase, viscous ¯ow in liquid and gas phases and capillary
(24) is positive or negative, the simulation results imply that surface tension mainly dissipates the kinetic energy as well as viscous term in this
Jing, in ``Network model- ing of strong and intermediate wettability on electrical resistivity and capillary pressure'', use a state-of-the- art pore-network model to study the
The stability problem for the coarse grid operator in the case of fully coupled systems can be circumvented by an aggregation multigrid approach [19,6,21,17], i.e., piece-wise
transport in the unsaturated and saturated zones, we com- pared the model’s quasi 2-D predictions with those obtained by a 2-D variably saturated flow and transport equations which
