Model Jet and Pool Fires

In just a few clicks, jet fires and pool fires can be defined using inputs of hole size, flow rate or power. The built-in fluids database (DIPPR) allows for single or multi-component mixtures – including heavy hydrocarbons.

Jet Fire CFD Simulation Fire Modeling Incident Radiation Contour

Usibility

Fire Modeling developed with ease-of-use in mind, modeling details such as meshing, boundary conditions, numerical setup, etc. are automated with in:Flux. Focus efforts on delivering results not simulation specifics.

Post-Processing

Visualize incident radiation, soot concentrations, temperatures, and more using contours and isosurfaces. Monitors provide locational data where precise values are required.

Transient Simulations

In addition to steady-state, transient fire simulations can be defined to view time-dependent results. Shutdown times and inventory variables are available for jet fire cases.

Generate Exceedance Contours

In combination with the ifx:Solve software, 1000s of fire simulations can be completed within a couple of days. Combine the results into a risk dataset to generate exceedance contours of radiation or other variables.

radiation intensity exceedance contour

Fire Modeling Overview

Fire Modeling How-To

Have more questions about Fire Modeling with in:Flux?

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