Abstract
Ignition mechanism of dry bit which is applied to the exterior insulation finishing system in building is analysed and constructive methods to prevent the fire are suggested. For the experiment, surface finishing conditions, separation distances and kinds of ignition sources are selected as experiment variables, and danger of fire is confirmed through replication experiment. And through the re-ignition test, the fire ignition mechanism of the dry bit applied to the building is identified, and the fire prevention and casualty reduction measures are classified into institutional and technical aspects. Establishing practical preventive measures and technical alternatives that can be applied to the fire investigation are suggested.
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