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Performance-based design (PBD) that is introduced to secure the fire safety of buildings requires engineering analysis such as simulation. However, in domestic applications, it is dependent on the standards and data from the U.S.A. and Japan. Therefore, in this study, we measured the fire-load of combustibles in office buildings to secure basic data and the engineering design method. We also selected the main combustible that is commonly investigated in Tackett Buildings which was experimented on using the hood of aroom-corner testing machine. In addition, the fire growth rate was derived based on the results classified by the growth stages of the combustible. We proposed a method to apply the combustion characteristics of the domestic combustible.

An Experimental Study on the Combustion Characteristics of Major Combustible Materials in Office Buildings