Multiphysics computational fluid dynamics (CFD) software for analyzing the behavior of single- and multiphase flows, non-reacting and reacting flows, heat transfer, and solid-state temperatures in single and multidomain systems. Due to its scope, AVL FIRE™ M can be described as all-purpose CFD software.

AVL’s simulation platform AVL FIRE™ M adds new dimensions to computational flow simulation. It opens up an entirely new range of possibilities in pre-processing, main-program and post-processing and features the AVL simulation desktop as a user environment.

FIRE M is a multi-domain simulation tool, which allows to simultaneously compute non-reacting single-phase flows, heat transfer, solid temperatures, with activating multiple modules as Spray, Combustion, Porosity and many other features.

AVL FIRE™ M by AVL is a multi-domain simulation software, which allows users to compute simultaneously non-reacting single phase flows, heat transfer, and solid temperatures in systems without moving boundaries.

avl fire™ m The main objectives of the training are the introduction of the model preparation, mesh generation, description of all needed physical models needed to properly describe the complete cycle of a four cylinder engine.

Feb 21, 2025 · AVL FIRE - Topics related to the software packages sold by AVL List GmbH.

AVL FIRE™ - Why Simulate Quenching?

Feb 16, 2016 · AVL FIRE™ M is a multi-domain simulation software simultaneously solving non-reacting, single phase fluid flows, heat transfer and solid temperatures in systems without moving boundaries. The user interface (the 'Simulation Desktop') is new, and represents the future of all AVL Advanced Simulation Technologies software.

AVL FIRETM M – TURNING VISIONS INTO SOLUTIONS AVL TMFIRE M offers faster model setup, execution and post-processing resulting in its ability to investigate large numbers of design variants more efficiently and with superior outcome.

Available multiphase specific modeling approaches in FIRE M; Cavitation/Erosion model; Quenching model; Eulerian spray; Melting/Solidification; Basic example preparation