Obtained results from computer simulations using Pathfinder indicate that the determined evacuation time for the assumed assumptions and fire scenarios was 46 s for an evacuation of 50 people and 82 s for an evacuation of 600 people. The essence of the studies was to determine the time of effective and safe evacuation at two variants of the ignition source and differentiated configuration of the computational mesh and dimensions of elements (a total of four calculation scenarios). To achieve this goal, the PyroSim and Pathfinder software was used.
One drink ticket and light appetizers included in meeting fee.The aim of this study was to determine the rate of formation of selected fire threats in the terminal of a local passenger airport and to estimate the time for safe and effective evacuation of occupants of the terminal covered by fire. This presentation will touch on many of the new features in both programs, some interesting applications of these tools and an overview of challenges we face moving forward.Īfter the meeting, we will have a happy hour at Looney’s Pub. Updates to FDS and the implementation of user requests in PyroSim, along with the expanding scope of human movement and process simulation capabilities in Pathfinder, require a continuous effort in research and development from Thunderhead Engineering. Please join us for our November technical meeting followed by a social event for Chapter members, friends and guests.įirst, Bryan Klein, Product Manager with Thunderhead Engineering, will present Recent Updates and Development Plans for PyroSim, Pathfinder and Related Technologies.
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