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SUMMARY:Angela Bašič-Šiško (University of Rijeka)
DTSTART:20241104T144000Z
DTEND:20241104T161000Z
DTSTAMP:20260405T174800Z
UID:NSCM/154
DESCRIPTION:Title: <a href="https://researchseminars.org/talk/NSCM/154/">R
 eal micropolar gas flow model</a>\nby Angela Bašič-Šiško (University o
 f Rijeka) as part of Nečas Seminar on Continuum Mechanics\n\nLecture held
  in Room K3\,  Faculty of Mathematics and Physics\, Charles University\, S
 okolovská 83  Prague 8..\n\nAbstract\nThe micropolar real gas model\, whi
 ch extends the traditional fluid\n dynamics model to account for micro-eff
 ects\, is explored. This model\n introduces additional rotational degrees 
 of freedom to capture the\n behavior of the internal fluid structure. By i
 ncorporating the\n equation\n of state for real gases\, a shift from the i
 deal gas model to a more\n general case is achieved. The mathematical fram
 ework of this model is\n discussed\, and results on the existence\, unique
 ness\, and large-time\n behavior of the solution for one-dimensional and s
 pherically symmetric\n flows are presented.\n Furthermore\, we consider co
 mbustion within the fluid to form the\n reactive micropolar real gas model
 . This model additionally\n incorporates\n the chemical reactivity of the 
 gas mixture\, enabling the simulation of\n reactive flows such as fuel com
 bustion\, detonation in aerospace\n engineering\, and the modeling of gase
 ous stars. Results on the\n well-posedness of this model are also presente
 d.\n
LOCATION:https://researchseminars.org/talk/NSCM/154/
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