FLACS 24.1 is now live
Gexcon’s latest release, FLACS 24.1, marks a key advancement in the realms of geometry handling and fire safety simulation.
MES increases its commitment to advanced risk and consequence modelling technologies
MES enters into a multi-year contract to expand its capability in the area of advanced risk and consequence modelling using FLACS-CFD.
2023 FLUG Meeting registration is open
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.
Gexcon and HYEX Safety partner to develop hydrogen safety
Gexcon and HYEX Safety are working in partnership to support the continued development of FLACS-CFD for hydrogen applications.
FLACS-CFD 21.2 is now live
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…
FLUG Week: 27th Sept – 1st Oct
We are pleased to invite you to join industry experts for a week of online seminars and insights about FLACS-CFD at the FLUG Week event.
Gexcon to present at Hazards31
We are pleased to announce that we will be presenting at this year’s Hazards31 which will be held virtually on 16-18 November 2021.
FLACS-CFD 20.2 is Now LIVE!
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
FLACS-CFD 20 coming soon
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
Simulating pulverized coal Explosion with FLACS
The results of FLACS simulation showed that after the spontaneous combustion of pulverized coal, the fire quickly developed into an explosion accident.