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Eight papers address the limits and reliability of computer models, emerging and potential applications of expert systems in fire safety evaluation, and the use of integrated gas and solid phase combustion simulation models. The volume features a model for considering instability and flashover in building fires, and a diagnosis decision tool involving casual probabilistic networks with learning. Annotation c. Book News, Inc., Portland, OR (booknews.com)
Introduction
1
(4)
Critical Review of Fire-Dedicated Thermal and Structural Computer Programs
5
(24)
P. J. E. Sullivan
M. J. Terro
W. A. Morris
Reliability and Computer Models
29
(6)
Alan N. Beard
The Potential of Expert Systems in Fire Safety Evaluation
35
(18)
H. A. Donegan
I. R. Taylor
A Model of Instability and Flashover
53
(14)
Alan Beard
Dougal Drysdale
Paul Holborn
Steven Bishop
Causal Probabilistic Networks with Learning: A Diagnosis Decisional Tool
67
(22)
F. Casciati
L. Faravelli
Limitations of Fire Models
89
(12)
Alan N. Beard
The Numerical Simulation of Fire Spread Within a Compartment Using an Integrated Gas and Solid Phase Combustion Model
101
(26)
F. Jia
E. R. Galea
M. K. Patel
Numerical Modeling of Radiative Heat Transfer in Integrated CFD Fire Modeling
127
(18)
E. P. Keramida
N. N. Souris
A. G. Boudouvis
N. C. Markatos
Contributors
145
(8)
About the Editor
153
(2)
Index
155
Paul R. DeCicco is Professor Emeritus at the Polytechnic University (New York) where he taught courses in Civil and Fire Protection Engineering and has served as Director of the Center for Fire Research.
