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Historic buildings still prevalent considerable potential fire risk factors, if fire is weak when encountering monuments Vulcan, the consequences often cause significant losses of cultural assets, the relative importance of fire safety. Since the destruction of the fire damage is a comprehensive, some monument or historical building materials used in wood, bamboo and so less able to build a fire retardant material, if in the event of fire damage, prone to rage out of control hazards.
Fire load is about the duration of the fire and the fire temperature an important factor to predict the actual fire behavior must grasp its value. In the building when the fire resistance design fire load is growing spread of fire prevention, fire resistance of building structures and building a fire inspection certificate to avoid security verification inspection, although the basic parameters. Also today historic buildings to use or reuse as much exhibition space for public use mostly, which is apt to cause fire damage deposit of combustible materials piled their way with the growth speed of the fire, so the fire hazard control, and we must first understand the monuments and historic buildings constructed of material itself, and then discusses the fire load in storage methods.
In this study, the fire load capacity of the databases established, future in the Japanese-style wooden structure monuments and historic buildings fire protection design, providing Enter building combustible fire load capacity density or heat release rate to predict various fire Behavior basic parameters, such as the time of the fire continued, suggesting that the fire temperature and so on. Future can be calculated by using the actual application to a variety of design Case.
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