Abstract
A geometric approach and the concept of streamlines are used to reformulate the equations governing the multiphase multicomponent flow through porous media with allowance for phase transitions. With the use of the streamline simulation technology, the three-dimensional problem is split into a set of onedimensional subproblems, for which efficient parallel algorithms can be constructed. A new geometric formulation of the streamline simulation technology is presented, which is in a sense rigorous. It is demonstrated how the accuracy of the method can be estimated with the help of this formulation.
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