Difference between revisions of "HTTC"

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Motivations are the development of tools for accurately simulating ignition, flame stability, quenching and pollution that implies to introduce detailed chemistry into the modeling loop. '''Global or reduced chemical schemes are known to lack of generic character''' and to strongly reduce prediction capabilities. '''Multidimensional chemical look-up tables may lead to very large databases''', which may not be that handy in the context of massively parallel computing. An alternative combining fully detailed-chemistry solving with tabulation of intermediates from their self-similar response is explored in this work.
 
Motivations are the development of tools for accurately simulating ignition, flame stability, quenching and pollution that implies to introduce detailed chemistry into the modeling loop. '''Global or reduced chemical schemes are known to lack of generic character''' and to strongly reduce prediction capabilities. '''Multidimensional chemical look-up tables may lead to very large databases''', which may not be that handy in the context of massively parallel computing. An alternative combining fully detailed-chemistry solving with tabulation of intermediates from their self-similar response is explored in this work.
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[[File:Photo_du_52500021-02-_%C3%A0_14.35.jpg|right|thumb|Guillaume Ribert]]
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[[User:Ribert|Guillaume Ribert]]<br />
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''CORIA and INSA de Rouen''<br />
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[[File:REFINE-PROJECT.png|800px|center|REFINE]]

Revision as of 20:24, 14 June 2013

Motivations are the development of tools for accurately simulating ignition, flame stability, quenching and pollution that implies to introduce detailed chemistry into the modeling loop. Global or reduced chemical schemes are known to lack of generic character and to strongly reduce prediction capabilities. Multidimensional chemical look-up tables may lead to very large databases, which may not be that handy in the context of massively parallel computing. An alternative combining fully detailed-chemistry solving with tabulation of intermediates from their self-similar response is explored in this work.

Guillaume Ribert

Guillaume Ribert
CORIA and INSA de Rouen


REFINE