A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The Use of Adiabatic Surface Temperature to Design Structures For Fire Exposure
Ongoing international collaborative research clearly demonstrates that the concept of adiabatic surface temperature is a simple single parameter to describe the complex convective and radiative conditions to which the surface of a structural element is exposed during fire. This parameter is a convenient and simple interface between fire and thermal/structural models. This paper presents existing published and new unpublished research for fire/structural engineers so as to contribute to the advancement of the engineering practice of designing structures in fire.
The Use of Adiabatic Surface Temperature to Design Structures For Fire Exposure
Ongoing international collaborative research clearly demonstrates that the concept of adiabatic surface temperature is a simple single parameter to describe the complex convective and radiative conditions to which the surface of a structural element is exposed during fire. This parameter is a convenient and simple interface between fire and thermal/structural models. This paper presents existing published and new unpublished research for fire/structural engineers so as to contribute to the advancement of the engineering practice of designing structures in fire.
The Use of Adiabatic Surface Temperature to Design Structures For Fire Exposure
Wickström, Ulf (author) / Robbins, Amanda (author) / Baker, Greg (author)
Journal of Structural Fire Engineering ; 2 ; 21-28
2011-03-01
8 pages
Article (Journal)
Electronic Resource
English
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