AVL FIRE™ M
{attributes={}, name=downloadList, data=, type=selection_break, options=[], optionsMap={}, mainTitle={attributes={language-id=en_US}, name=mainTitle, data=, type=text, options=[], optionsMap={}}, sectionList={attributes={}, name=sectionList, data=, type=selection_break, options=[], optionsMap={}, sectionIcon={attributes={language-id=en_US}, name=sectionIcon, data=download, type=list, options=[], optionsMap={newsletter=Newsletter, download=Download, software=Software, white-paper=White Paper, webinar=Webinar}}, sectionName={attributes={language-id=en_US}, name=sectionName, data=, type=text, options=[], optionsMap={}}, downloadFiles={attributes={}, name=downloadFiles, data=, type=selection_break, options=[], optionsMap={}, LinkTitle={attributes={language-id=en_US}, name=LinkTitle, data=, type=text, options=[], optionsMap={}}, CTALink={attributes={language-id=en_US}, name=CTALink, data=, type=text, options=[], optionsMap={}}, DownloadFile={attributes={language-id=en_US}, name=DownloadFile, data=, type=document_library, options=[], optionsMap={}}}}}
true
Simulations that Challenge Reality
AVL FIRE™ M
30 years of automotive simulation experience has been distilled into AVL FIRE™ M, our new, unique computational fluid dynamics (CFD) simulation solution supporting the development of both conventional and electrified powertrains.
FIRE M offers cutting edge turbulence modelling accounting for the complexity of real flows and grid independent heat transfer modelling, enabling the accurate computation of single and multi-phase flows, heat transfer between arbitrary fluid and solid domains and temperatures in structures. It also allows computing electromagnetic fields and the electro-thermal behavior of batteries. The generation of computational models is possible with little effort.
The Key Benefits of AVL FIRE™ M
FIRE M offers cutting edge turbulence modelling accounting for the complexity of real flows and grid independent heat transfer modelling, enabling the accurate computation of single and multi-phase flows, heat transfer between arbitrary fluid and solid domains and temperatures in structures. It also allows computing electromagnetic fields and the electro-thermal behavior of batteries. The generation of computational models is possible with little effort.
The Key Benefits of AVL FIRE™ M
- Efficiently solving demanding flow problems in a variety of applications and industries
- Accurate simulation of heat transfer and thermal load problems
- Qualified and task-oriented software support along with application method development