Computer Applications in Fire Protection Engineering
Paul R. DeCicco
Baywood Publishing Company, 2002 - Technology & Engineering - 161 pages
A collection of papers that address such issues as model limits and reliability, emerging expert systems and integrated gas and solid phase combustion simulation models.
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ABAQUS applications assessment assumed boundary conditions building Building Research Establishment calculated Casciati CEFICOSS ceiling charring chipboard clique combustion compartment fires Computer Models concrete conditional probabilities developed Dirichlet distribution disabled discrete transfer model distribution E. R. Galea equation example expert system exposed to fire Faravelli Figure finite element fire field model fire models Fire Protection Engineering fire radius Fire Research Fire Safety Engineering Fire Safety Journal fire spread Flashover heat flux heat transfer Heskestad input integrated knowledge base Markatos mass loss material measured mesh methods node nonlinear numerical overall potential predicted temperatures pyrolysis model radiation model radiative heat Safety Engineering simulated fire six-flux model solid fuel solid surface soot STABA-F steel structural analysis program sub-models TASEF techniques thermal analysis thermal analysis program thermal radiation thermocouples time-step tion trade-off United Kingdom University University of Greenwich upper layer temperature variables wall zone models