Modelling Hazardous Phenomena

Modelling consequences of accidental phenomena

From reputational damage to unforeseen costs, increased risks and threats associated with driving industrial projects can have dramatic consequences. That’s why today’s industrial risk management strategies require C-level attention

Leading the way

We pride that our customers recognize us as having developed an integrated modelling approach, built on years of modelling complex scenarii in the most critical industries.

Why Airbus Protect?

To better prevent risks and justify the layout and the design of facilities, we focus on the following areas:

  • Analysing hazardous phenomena and quantifying potential effects
  • Anticipating the consequences of an accidental scenario
  • Understanding the vulnerability of a site to the effects of fire, explosion and the dispersion of toxic products
  • Positioning gas and flame detection sensors…

Our offering

Our highly skilled consultants, experts and trainers can help you manage and mitigate risk and predict the consequences of a dangerous scenario. Our offering covers:

  • Thermal effects (fire, flaming jet, flash fire, fire ball…)
  • Overpressure waves effects (explosions, BLEVE, UVCE…)
  • Accidental atmospheric dispersion (toxic products, dust…)
  • Toxic and/or flammable products concentration in a room
  • Pyrotechnic effects / Ballistic (explosives, wind farm…)
  • 2D/3D modelling: PHAST, FDS, Flumilog, Winvent, CFAST…

Get in touch to discover how we can support you

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News MLEAP Project team
MLEAP Stakeholders Day 2022 – EASA AI Roadmap

Since May 2022, Airbus Protect and the EASA have been working with a consortium composed of LNE and Numalis on the MLEAP (Machine Learning application approval) project.  What is the MLEAP Project? This two-year research project funded by the European Union's Horizon Europe research and innovation programme aims to identify concrete means of compliance for [...]

Blog Product Security Architecture
Airbus Protect explains Product Security Architecture

When cybersecurity becomes integral to products, from aeroplanes to autonomous trains With the increasing digitisation of industrial systems, our cars, trains and even critical infrastructure depend on software and connections to function. This convergence of the physical and digital worlds makes the issue of protecting them from cyber threats more fundamental than ever. It is [...]

White Papers Supporting climate change adaptation and resilience in the aviation sector
Supporting climate change adaptation and resilience in the aviation sector

In this White Paper, our experts leverage predictive modeling to strengthen aviation resilience against climate change. While mitigation is vital, our study of the top 30 U.S. airports highlights a 14% rise in weather-related cancellations, demanding adaptation. This white paper provides actionable foresight into risks like extreme heat and infrastructure flooding. We empower stakeholders to identify critical thresholds and future-proof operations through industry-specific, data-driven insights.