A tool to design steel elements submitted to compartment fires - OZone V2. II. Methodology and application

The methodology implemented in the tool OZone V2 to design steel elements submitted to compartment fires is presented. Input needed to define a fire compartment are first quoted. The procedure to define the design fire is then explained. This procedure enables to take into account the benefits of ac...

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Published in:Fire safety journal 2003-09, Vol.38 (5), p.429-451
Main Authors: Cadorin, J-F, Pintea, D, Dotreppe, J-C, Franssen, J-M
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container_title Fire safety journal
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creator Cadorin, J-F
Pintea, D
Dotreppe, J-C
Franssen, J-M
description The methodology implemented in the tool OZone V2 to design steel elements submitted to compartment fires is presented. Input needed to define a fire compartment are first quoted. The procedure to define the design fire is then explained. This procedure enables to take into account the benefits of active measures on the fire safety. The combined use of a two- and a one-zone model is then presented. A particular attention is given to the criteria of choice of the model and to the different scenarios that can occur. The calculation of steel element temperature is then explained. The proposed procedure takes into account the localised effect of a fire with the help of Hasemi's model. The fire resistance is then calculated with the EUROCODE 3 methods. An application is finally presented.
doi_str_mv 10.1016/S0379-7112(03)00015-8
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title A tool to design steel elements submitted to compartment fires - OZone V2. II. Methodology and application
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