Fire engineering combines fluid dynamics, heat transfer, and human behavior science to protect buildings and their occupants. Understanding how fire plumes rise, how hot smoke layers descend, and when flashover occurs is critical to designing safe structures. Performance-based fire design relies on quantitative models that predict fire growth, smoke movement, and required evacuation time.
These simulations let you model axisymmetric fire plumes, track smoke layer descent in compartments, predict flashover conditions, calculate required safe egress time, and determine sprinkler activation delay — all with real-time interactive controls grounded in established fire science correlations.