2008Fire Science and TechnologyOpen access

Standard for steel structures without fire protection in large space buildings fire

LI Guo-qiang

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Abstract

The critical temperature employs as failure criteria for fire resistance design.Supposing the critical temperature is equal to the maximum temperature of roof steel structure,the total energy released by a fire causes the maximum temperature can be regarded as the limit fire power.However,if the fire power is lower than the limit fire power at a given height of large space,the steel roof structure can be without protection.

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What this paper is about

The critical temperature employs as failure criteria for fire resistance design.Supposing the critical temperature is equal to the maximum temperature of roof steel structure,the total energy released by a fire causes the maximum temperature can be regarded as the limit fire power.However,if the fire power is lower than the limit fire power at a given height of large space,the steel roof structure can be without protection.

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Available abstract

The critical temperature employs as failure criteria for fire resistance design.Supposing the critical temperature is equal to the maximum temperature of roof steel structure,the total energy released by a fire causes the maximum temperature can be regarded as the limit fire power.However,if the fire power is lower than the limit fire power at a given height of large space,the steel roof structure can be without protection.

Key concepts: Roof, Fire resistance, Fire protection, Structural engineering, Limit (mathematics), Environmental science, Engineering, Forensic engineering

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