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Predicting Temperature Rise in Fire Protected Structural Steel Beams

D. C. Jeanes

The FIRES-T3 computer program to evaluate heat transfer into and through fire protected steel elements exposed to fire is introduced. Specifically, temperature rise in steel floor beams protected with spray-applied fireproofing is predicted during exposure to a standardized fire. Three examples are presented together with appropriate graphs and figures.

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Predicting Temperature Rise in Fire Protected Structural Steel Beams

D. C. Jeanes

The FIRES-T3 computer program to evaluate heat transfer into and through fire protected steel elements exposed to fire is introduced. Specifically, temperature rise in steel floor beams protected with spray-applied fireproofing is predicted during exposure to a standardized fire. Three examples are presented together with appropriate graphs and figures.

Predicting Temperature Rise in Fire Protected Structural Steel Beams

D. C. Jeanes

The FIRES-T3 computer program to evaluate heat transfer into and through fire protected steel elements exposed to fire is introduced. Specifically, temperature rise in steel floor beams protected with spray-applied fireproofing is predicted during exposure to a standardized fire. Three examples are presented together with appropriate graphs and figures.

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Check availability in my library

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Document information

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Title:

Predicting Temperature Rise in Fire Protected Structural Steel Beams

Contributors:

D. C. Jeanes (author)

Publication date:

1984

Size:

40 pages

Type of media:

Report

Type of material:

No indication

Language:

English

Keywords:

Construction Materials, Components, & Equipment , Iron & Iron Alloys , Computerized simulation , Fire resistant coatings , Steels , Heat transfer , Beams(Supports) , Fire protection , Floors , FIRES-T3 computer program

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