in:Flux has you covered. Capabilities designed to make CFD simple:
meshing, domain sizing, boundary conditions and numerical setup is all automated.
Setup 100s of Simulations in Minutes...
...Rather than Days
Post-Processing Made Easy
Contours, vectors, streamlines, isosurfaces can be added while simulations are still running in the background.
Direct Integration with Project CAD Files
No more wasteful hours spent on geometry representation or conversion. Import CAD from Navisworks via DWF files, PDMS or Smartplant via DGN files, or make use of seven other CAD formats compatible with in:Flux.
Free Technical Support and Updates with all Insight Numerics Software
Imports Navisworks, DGN, DWG, DXF, STEP, IGES and more No need to represent CAD with blocks or primitive shapes.
Automated Adaptive Meshing
Let in:Flux do the hard work for you. Other solutions take days to properly define meshes. in:Flux recognizes regions of high gradients and adds cells where necessary.
Synced with the AIChE DIPPR Database
Easily define your own pure gas or gas mixture for use in dispersion analyses
Define Leaks with a Single Click
Quickly define 100s of scenarios and let in:Flux take care of the rest. Leaks can be angled in any direction, no more axis-aligned restrictions.
Monitor Points and Regions
Gas concentration levels can be obtained at specific points for spot measurements and volumetric regions for cloud volumes.
Free Support and Tutorials
Tutorials, manuals, and example CAD files come included
Gas Detector Optimization
Use risk data to maximize effectiveness and reduce detector counts
in:Flux is a CFD software that analyses ventilation, gas dispersion and fire scenarios within complex geometries. It is aimed at all engineers, including those who have never previously performed a CFD themselves. The speed and simplicity of in:Flux is unrivaled. Organizations can now carry out CFD modeling at a fraction of the time and cost associated with other CFD products.
The only CFD software specifically designed for fire, dispersion and ventilation analyses, eliminating the need of expertise to ‘tweak’ general purpose codes.
Interface directly with many CAD formats (DGN, DWG, DXF, IGES, STEP, OBJ, STL), as well as Navisworks (NWD) via the DWF filetype, no approximations are made to the geometry.
All meshing, boundary conditions, and numerical setup is automated.
Post-processing visuals can be added after calculations have finished rather than hope planes defined prior to the simulation contain relevant information.
Once the process is understood, multiple simulations can be set up very quickly as simulations are automatically scheduled without the need of scripting.