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Simulation of the Steckler Room Fire Experiment by Using SOFIE CFD-Model
The recently developed computer fluid dynamics based fire simulation model SOFIE (Simulation of fires in enclosures, version 1.2.3) was applied to predict conditions in case of a well known Steckler et al room fire experiment. Flow velocities and temperatures at the doorway centreline of the fire room and temperatures in the fire room have been compared to the experimental results and simulation results of the same problem carried out by using another CFD-model PHOENICS. The results seem to match experimental results and PHOENICS-simulation results quite well.
Simulation of the Steckler Room Fire Experiment by Using SOFIE CFD-Model
The recently developed computer fluid dynamics based fire simulation model SOFIE (Simulation of fires in enclosures, version 1.2.3) was applied to predict conditions in case of a well known Steckler et al room fire experiment. Flow velocities and temperatures at the doorway centreline of the fire room and temperatures in the fire room have been compared to the experimental results and simulation results of the same problem carried out by using another CFD-model PHOENICS. The results seem to match experimental results and PHOENICS-simulation results quite well.
Simulation of the Steckler Room Fire Experiment by Using SOFIE CFD-Model
J. Bjoerkman (author) / O. Keski-Rahkonen (author)
1996
46 pages
Report
No indication
English
Building Industry Technology , Combustion & Ignition , Fire tests , Mathematical models , Flame propagation , Combustion kinetics , Turbulent flow , Radiative heat transfer , Boundary conditions , Boundary value problems , Walls , Computational fluid dynamics , Computerized simulation , Foreign technology , Room fires , Fire models
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