Fire Safety Science.

Description

This book provides an essential reference on the current state of the art in this field covering topics as diverse as physics, chemistry, toxicology and human behaviour. It contains nearly one hundred scientific papers on all aspects of the subject. Many papers are included which illustrate the current state of development in the mathematical modelling of fire phenomena using computing. Front Cover Fire Safety Science proceedings of the Third International symposium Copyright Page Preface International Association for Fire Safety Science In Memoriam Symposium Committees Session Chairs Contents Invited Lectures: 1991 Howard W.emmons Lecture Fire, Flames and Dimensional Analysis: P.H. Thomas Physical Aspects of Combustion in Fires: T. Hirano Fire Safety System Design Using Risk Assessment Models: Developments in Australia: V.R. Beck Industrial Fire Problems: An Overview: J. McQuaid Fire Safety Assessments in Petrochemical Plants: Y. Uehara. A Survey of Fire Modelling in France: M.R. CurtatFire Research at NBS: the First 75 Years: D. Gross Dedicated Detection Algorithms for Automatic Fire Detection: H.O. Luck International Fire Research: J.E. Snell Fire Physics A Thermal Model for Piloted Ignition of Wood Including Variable Thermophysical Properties: M. Janssens Effect of Environmental Variables on Piloted Ignition: A. Atreya and M. Abu-Zaid Ignition of Combustible Dust Layers on a Hot Surface: C.C. Hwang and C.D. Litton. Unsteady-State Upward Flame Spreading Velocity along Vertical Combustiblesolid and Influence of External Radiation on the Flame Spread: Y. Hasemi, M. Yoshida, A. Nohara and T. NakabayashiAn Upward Fire Spread and Growth Simulation: M.M. Delichatsios, M.K. Mathews and M.A. Delichatsios Upward Fire Spread: Key Flammability Properties, Similarity Solutions and Flammability Indices: M.A. Delichatsios and K. Saito Behavior of the Reverse Flow in Front of the Leading Flame Edge Spreading over Fuel-Soaked Sand in an Air Stream: T. Suzuki, M. Kawamata, K. Matsumoto and T. Hirano. A Study of the Fire Performance of Electrical Cables: A.C. Fernandez-Pello, H.K. Hasegawa, K. Staggs, A.E. Lipska-Quinn and N.J. AlvaresThe Ceiling Jet in Fires: H.W. Emmons Experimental Study of Heat Transfer to Ceiling from an Impinging Diffusion Flame: M.A. Kokkala Fire Induced Flow under a Sloped Ceiling: H.-C. Kung, R.D. Spaulding and P. Stavrianidis The Transient Ceiling Flows of Growing Rack Storage Fires: H.-Z. Yu and P. Stavrianidis Analysis of Compartment Fires with Overhead Forced Ventilation: C. Beyler. Characterizing the Unconfined Ceiling Jet under Steady-state Conditions: a Reassessment: V. Motevalli and C.H. MarksBuoyant Convection in an Inclined Enclosure: R.G. Rehm, H.R. Baum, D.W. Lozier, H. Tang and J. Sims Predictions of Unsteady Burning of a Fuel Bed: W.C. Fan and J. Wang A Study of the Fire Aspect of Atria in Hong Kong: W.K. Chow and W.K. Wong Effects of Thermal Radiation on the Fluid Dynamics of Compartment Fires: S. Kumar, A.K. Gupta and G. Cox A Numerical Study of Window-to-window Propagation in High-rise Building Fires: K. Satoh and K. Kuwahara.