FLACS-CFD explosion, fire & dispersion modelling software
Our powerful, computational fluid dynamics software simulates the dispersion of hazardous materials, fire and explosion with precise accuracy for in-depth safety studies.
With exceptional near field modelling, it accounts for local geometrical effects of real scenarios via a user-friendly and flexible interface.
Designed for ease of use and multiple environments, FLACS-CFD represents more than 40 years of extensive modelling and validation work based on real life testing.
With continuous development and investment, FLACS-CFD is the number one software modelling tool for risk and safety assessments in complex, high hazard environments.
Key features
Local geometrical effects of real scenarios
Excellent 3D visualisations
Specialist modules for multiple hazards
Modelling for 1,800 chemical components
Validation based on real life testing
Efficient set up of scenarios and simulations
Latest version is FLACS-CFD 24.1
FLACS-CFD 24.1 is the latest version of our software featuring significant upgrades in geometry handling designed to streamline your modelling processes.
There are also significant enhancements in the accuracy of fire simulations and safety assessments.
Gexcon working in partnership with EDF R&D is thrilled to invite you to the long-awaited return of the in-person FLUG Meeting which will be held on 10-11 October 2023 at EDF Lab Paris-Saclay in France.
FLACS-CFD 21.2 is now available for download and includes a new number of key updates. What’s new FLACS-DustEx has been integrated to the FLACS-CFD solver Added smoke visibility output for fire simulations Advanced heat radiation modelling for explosion simulations – was previously…
FLACS-CFD 20.2 is now live – a minor software update to improve the user experience. The update does not include any critical changes and includes a number of bug fixes in response to customer feedback. A major update to Gexcon’s flagship computational
Gexcon is set to launch a major update to its flagship consequence modelling software later this year to offer users greater flexibility, digitalisation and integration capabilities. FLACS-CFD 20 will replace FLACS 10.9 from this autumn and represents a significant software upgrade, building
The results of FLACS simulation showed that after the spontaneous combustion of pulverized coal, the fire quickly developed into an explosion accident.