2014The World of Building MaterialsRequires access

Experimental Analysis of Concrete Members Reinforced by Paste Method in the Fire

FU Su-jua

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Abstract

The fire resistance rating of concrete members coated with different thickness of fire-resistant coating was analyzed by experiment in the fire.Studies showed that the impact of CFRP and steel on the temperature field of the specimens was the same,the fireproof effect of thick-layer fire-resistant coating for steel structure was obvious,the thickness of the fire-resistant coating and the fire performance are not proportional.It identified that the best values of the fire retardant coating thickness is 40mm.

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What this paper is about

The fire resistance rating of concrete members coated with different thickness of fire-resistant coating was analyzed by experiment in the fire.Studies showed that the impact of CFRP and steel on the temperature field of the specimens was the same,the fireproof effect of thick-layer fire-resistant coating for steel structure was obvious,the thickness of the fire-resistant coating and the fire performance are not proportional.It identified that the best values of the fire retardant coating thickness is 40mm.

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Available abstract

The fire resistance rating of concrete members coated with different thickness of fire-resistant coating was analyzed by experiment in the fire.Studies showed that the impact of CFRP and steel on the temperature field of the specimens was the same,the fireproof effect of thick-layer fire-resistant coating for steel structure was obvious,the thickness of the fire-resistant coating and the fire performance are not proportional.It identified that the best values of the fire retardant coating thickness is 40mm.

Key concepts: Coating, Materials science, Fire resistance, Composite material, Fire retardant, Fire protection, Fire performance, Layer (electronics)

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Experimental Analysis of Concrete Members Reinforced by Paste Method in the Fire — Research Paper | ScholarLens