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CFD Study Of Thermal Detection In A Closed Compartment Subject To External Fires

Kumar, S. and Chitty, R., 2000. CFD Study Of Thermal Detection In A Closed Compartment Subject To External Fires. Fire Safety Science 6: 767-778. doi:10.3801/IAFSS.FSS.6-767


The CFD models JASMINE and SOFIE have been used to simulate the convection currents and thermal conditions inside one steel compartment due to a fire in an adjacent compartment. The impact, on the thermal environment inside the steel compartment, of the positioning of the adjacent fire in both 'side-heated' and 'bottom-heated' configurations has been examined. For the side-heated configuration, the predicted thermal conditions inside the steel compartment, based on a standard 'hydrocarbon' specification for the fire source in the adjacent compartment, have been compared with a full-scale experiment using a liquid fuel spray burner as the fire source. For the bottom-heated configuration, since there were no experimental data available, the predicted flow patterns inside the steel compartment were supported by additional two-dimensional steady-state CFD simulations in a 3m high rectangular geometry for aspect ratios ranging from 1: 1 to 1:8 by enforcing both horizontal and vertical temperature gradients.


Computational Fluid Dynamics (CFD), jasmine, sofie, offshore structure, steel compartment, side-heated configuration, bottom-heated configuration

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