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Development of an Algorithm to Predict Vertical Heat Transfer Through Ceiling/Floor Conduction

Published

Author(s)

J. L. Bailey, Walter W. Jones, P. A. Tatem, Glenn P. Forney

Abstract

This paper describes a new algorithm of the Consolidated Fire Growth and Smoke Transport (CFAST) fire model and compares to data from real scale fire tests conducted onboard the ex-USS SHADWELL, the Navy[s R&D Damage Control Platform. the new phenomenon modeled in this work is the conduction of heat in the vertical direction. The SHADWELL tests chosen for validation purposes were part ofthe Internal Ship Conflagration Control (ISCC) program. The work focuses on the four compartments of the ship which were vertically aligned. The temperatures of three of the compartments and the decks between them were compared with model predicitons. Predictions compared very closely with experimental results for all compartments, although the temperature rise in the topmost compartment was barely above ambient.
Citation
Fire Technology
Volume
34
Issue
No. 2

Keywords

heat transfer, ceilings, floors, fire models, zone models, predictive models, smoke spread, construction, algorithms, equations, experiments

Citation

Bailey, J. , Jones, W. , Tatem, P. and Forney, G. (1998), Development of an Algorithm to Predict Vertical Heat Transfer Through Ceiling/Floor Conduction, Fire Technology, [online], https://tsapps.nist.gov/publication/get_pdf.cfm?pub_id=912645 (Accessed May 20, 2024)

Issues

If you have any questions about this publication or are having problems accessing it, please contact reflib@nist.gov.

Created April 30, 1998, Updated October 12, 2021