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STP983
Mathematical Modeling of Fires

Mehaffey JR
Pages: 140
Published: 1988

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Nine papers are featured. Two review the role of ASTM in fire modeling and describe ASTM E 906. Other papers present: a new simple model of fire growth in a compartment; a model of hydrogen chloride and decay; a fire loss modeling code for industrial facilities; characteristic times for describing forced-ventilation enclosure fires; optical and gravimetric soot measuring techniques for the cone calorimeter; a computer model for the heat release rate of wood; and a benchmark compartment fire model computer code.



Table of Contents

The Role of ASTM in Fire Modeling
Fowell A.

Release Rate Tests for a Mathematical Model
Green T., Smith E.

Transient Model of Early Stages in Compartment Fires
Takeda H.

Model for the Mass Transfer and Decay of Hydrogen Chloride in a Fire Scenario
Galloway F., Hirschler M.

A Fire Loss Modeling Code for Industrial Facilities
Cohn B.

Defining Characteristic Times in Forced Ventilation Enclosure Fires
Alvares N., Foote K., Pagni P.

Smoke and Soot Data Determinations in the Cone Calorimeter
Babrauskas V., Mulholland G.

Determination of the Input Data for a Model of the Heat Release Rate of Wood
Parker W.

A Program for the Development of a Benchmark Compartment Fire Model Computer Code
Cooper L., Mitler H., Rockett J., Stroup D.

Author Index


Subject Index


Committee: E05
Paper ID: STP983-EB
DOI: 10.1520/STP983-EB
ISBN-EB: 978-0-8031-5053-9

ASTM International is a member of CrossRef.
0-8031-0992-X
978-0-8031-0992-6
STP983-EB