Scientific and Technical Journal


ISSN Print 2221-3937
ISSN Online 2221-3805
A mathematical model of frontal displacement for multicomponent rheological process usaboston internally reservoir fluids are not mixed (including abnormal), distinctive feature of which is the use of an intermediate agent, a “piston”.
The aim of the research is to develop a class of mathematical models of rheological processes for anomalous liquids on the example of the process of displacement in a multicomponent system with an intermediate agent "piston".
The object of research are the processes of rheology immiscible in-situ fluids.
The subject of research are mathematical models of processes rheology of immiscible-situ fluids and numerical methods of their realization.
Practical result – the possibility of simplifying the numerical implementation of the original problem by the last two, more simple tasks – in the form of a single varitional inequalities and one equation that can be solved sequentially and independently from one another.
In terms of real applied problems given a qualitative description of the studied rheological process, and a mathematical model is formulated as a system with waracle irregularities for which the scheme simple computational implementation
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