MATHEMATICAL MODEL OF THE «PISTON» DISPLACEMENT OF IMMISCIBLE LIQUIDS DURING FILTRATION IN A POROUS MEDIUM

Mathematical model of the front displacement in porous media multicomponent systems, presents filterable immiscible (including abnormal) fluids. In real application tasks it is given a qualitative description of the process of displacement in a multicomponent system with an intermediate agent «pisto...

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Main Authors: Polozhaenko S. A., Lysenko N. A.
Format: Article
Language:English
Published: Academy of Sciences of Moldova 2014-12-01
Series:Problems of the Regional Energetics
Subjects:
Online Access:http://journal.ie.asm.md/assets/files/07_03_26_2014.pdf
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author Polozhaenko S. A.
Lysenko N. A.
author_facet Polozhaenko S. A.
Lysenko N. A.
author_sort Polozhaenko S. A.
collection DOAJ
description Mathematical model of the front displacement in porous media multicomponent systems, presents filterable immiscible (including abnormal) fluids. In real application tasks it is given a qualitative description of the process of displacement in a multicomponent system with an intermediate agent «piston». Mathematical model of a class of problems of the frontal displacement for multicomponent systems is formulated as a variation inequality and provides a simple numerical implementation.
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series Problems of the Regional Energetics
spelling doaj-art-1a23a06da8e34864a0308caac0fab94e2025-08-02T02:31:37ZengAcademy of Sciences of MoldovaProblems of the Regional Energetics1857-00702014-12-012014-33(26)6067MATHEMATICAL MODEL OF THE «PISTON» DISPLACEMENT OF IMMISCIBLE LIQUIDS DURING FILTRATION IN A POROUS MEDIUMPolozhaenko S. A.0Lysenko N. A.1Odessa National Polytechnic University, UkraineOdessa National Polytechnic University, UkraineMathematical model of the front displacement in porous media multicomponent systems, presents filterable immiscible (including abnormal) fluids. In real application tasks it is given a qualitative description of the process of displacement in a multicomponent system with an intermediate agent «piston». Mathematical model of a class of problems of the frontal displacement for multicomponent systems is formulated as a variation inequality and provides a simple numerical implementation.http://journal.ie.asm.md/assets/files/07_03_26_2014.pdfmulticomponent systemsafrontal expulsing
spellingShingle Polozhaenko S. A.
Lysenko N. A.
MATHEMATICAL MODEL OF THE «PISTON» DISPLACEMENT OF IMMISCIBLE LIQUIDS DURING FILTRATION IN A POROUS MEDIUM
Problems of the Regional Energetics
multicomponent systems
a
frontal expulsing
title MATHEMATICAL MODEL OF THE «PISTON» DISPLACEMENT OF IMMISCIBLE LIQUIDS DURING FILTRATION IN A POROUS MEDIUM
title_full MATHEMATICAL MODEL OF THE «PISTON» DISPLACEMENT OF IMMISCIBLE LIQUIDS DURING FILTRATION IN A POROUS MEDIUM
title_fullStr MATHEMATICAL MODEL OF THE «PISTON» DISPLACEMENT OF IMMISCIBLE LIQUIDS DURING FILTRATION IN A POROUS MEDIUM
title_full_unstemmed MATHEMATICAL MODEL OF THE «PISTON» DISPLACEMENT OF IMMISCIBLE LIQUIDS DURING FILTRATION IN A POROUS MEDIUM
title_short MATHEMATICAL MODEL OF THE «PISTON» DISPLACEMENT OF IMMISCIBLE LIQUIDS DURING FILTRATION IN A POROUS MEDIUM
title_sort mathematical model of the piston displacement of immiscible liquids during filtration in a porous medium
topic multicomponent systems
a
frontal expulsing
url http://journal.ie.asm.md/assets/files/07_03_26_2014.pdf
work_keys_str_mv AT polozhaenkosa mathematicalmodelofthepistondisplacementofimmiscibleliquidsduringfiltrationinaporousmedium
AT lysenkona mathematicalmodelofthepistondisplacementofimmiscibleliquidsduringfiltrationinaporousmedium