Fire M
AVL FIRE M is a multi-domain simulation software that simultaneously solves single-phase fluid flows without reaction, heat transfer and solid temperatures in systems without mobile limits.
AVL FIRE M is a multi-domain simulation software that simultaneously solves single-phase fluid flows without reaction, heat transfer and solid temperatures in systems without mobile limits.
AVL FIRE M is a multi-domain simulation software that simultaneously solves single-phase fluid flows without reaction, heat transfer and solid temperatures in systems without mobile limits.
AVL FIRE M offers faster configuration, execution, and model post-processing, resulting in its ability to investigate a large number of design variants more efficiently and with superior results.
Scope of the business:
Development of power train systems: AVL develops and improves all types of power train systems and is a competent partner in the automotive and engine industry. In addition, AVL develops and markets the simulation methods necessary for development work.
Engine instrumentation and test systems: The products of this business area comprise all the instruments and systems necessary for the testing of engines and vehicles.
Advanced simulation technologies: The simulation software developed is focused on the design and optimization of power train systems and covers all phases of the development process.
Key features and benefits
Import geometry data
FIRE M users can directly import geometric data from various native and common exchange formats. Imperfect data can be repaired using the CAD repair features offered.
Mesh Tools
FIRE M offers two mesh tools, FAME Poly and FAME Block. Both tools allow you to generate meshes adjusted to the boundary with user-defined thickness grid boundary layers.
FAME Poly is a fully automated grid generator. Can be applied to discretize geometries of all levels of complexity. In addition, FAME Poly allows simultaneous mesh of multiple domains.
FAME Block is an interactive grid generator, allowing users to generate structured grids in 2D and 3D blocks of the highest quality.
User-friendly interface
Setting up a simulation model in FIRE M is very easy, regardless of the complexity of the problem. You assign equations and material data to each individual domain. Property data for a large number of fluids and solids is available in a property database.
Fire M postprocessor provides data display in tables, charts, plan charts, and surface charts. Flow lines and droplets can also be viewed. Post-processing can be done interactively or based on predefined templates. Templates can be used to automatically generate specific reports of problems.
System requirements:
CPU: 1.8 GHz dual core processor
RAM: 2 GB
HDD / SSD: 50 GB of free space on the main drive
Operating system: Microsoft Windows 8 32-bit, Microsoft Windows 7 32-bit and Microsoft Windows Vista 32-bit
Resolution: 1024×768
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