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PRODID:OpenCms 20.0.18
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DTSTART:19700329T020000
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DTSTAMP:20190315T103510
UID:a0643132-4705-11e9-b79f-000e0c3db68b
SUMMARY:Stochastic modeling of non-equilibrium multi-phase flow to link pore  scale dynamics with Darcy scale behavior
DESCRIPTION:The prime objective of the proposed PDF modeling framework is to  improve our understanding of how the physics and dynamics at the pore  scales is linked to the macroscopic equations, which deal with average  values. A stochastic particle method (SPM), in which individual  (infinitesimal) fluid volumes are modeled, is employed to solve the  PDF transport equation. These fluid volumes are represented by  computational particles, whose evolution depends on their phase,  composition and other properties including memory. Such a Lagrangian  approach offers an alternative viewpoint and allows to describe  various complex non-equilibrium processes in a more general and  natural way than in a classical Eulerian framework. During the  presentation we will derive the mathematical framework and illustrate  its potential with some simple test cases. Moreover, it will be shown  how transport equations of joint statistical moments can be derived.
DTSTART;VALUE=DATE:20081125
DTEND;VALUE=DATE:20081125
LOCATION:Pfaffenwaldring 61, Raum U1.003 (MML), Universität Stuttgart, , , , 
URL;VALUE=URI:https://www.iws.uni-stuttgart.de/en/institute/events/a0643132-4705-11e9-b79f-000e0c3db68b/
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