By Dougal Drysdale(auth.)
Chapter 1 hearth technology and Combustion (pages 1–34):
Chapter 2 warmth move (pages 35–82):
Chapter three Limits of Flammability and Premixed Flames (pages 83–119):
Chapter four Diffusion Flames and hearth Plumes (pages 121–179):
Chapter five regular Burning of drinks and Solids (pages 181–223):
Chapter 6 Ignition: The Initiation of Flaming Combustion (pages 225–275):
Chapter 7 unfold of Flame (pages 277–315):
Chapter eight Spontaneous Ignition inside of Solids and Smouldering Combustion (pages 317–348):
Chapter nine The Pre?Flashover Compartment hearth (pages 349–386):
Chapter 10 The Post?Flashover Compartment hearth (pages 387–439):
Chapter eleven Smoke: Its Formation, Composition and stream (pages 441–474):
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Extra info for An Introduction to Fire Dynamics, Third Edition
There are three basic mechanisms of heat transfer, namely conduction, convection and radiation. While it is probable that all three contribute in every fire, it is often found that one predominates at a given stage, or in a given location. Thus, conduction determines the rate of heat flow in and through solids. It is important in problems relating to ignition and spread of flame over combustible solids (Chapters 6 and 7), and to fire resistance, where knowledge of heat transfer through compartment boundaries and into elements of the structure is required (Chapter 10).
While it is probable that all three contribute in every fire, it is often found that one predominates at a given stage, or in a given location. Thus, conduction determines the rate of heat flow in and through solids. It is important in problems relating to ignition and spread of flame over combustible solids (Chapters 6 and 7), and to fire resistance, where knowledge of heat transfer through compartment boundaries and into elements of the structure is required (Chapter 10). , cooling by directing a flow of cold air over the surface of a hot solid).
16) (Griffiths and Barnard, 1995; Simmons, 1995; Griffiths, 2008). 16). g. 16). The rate of oxidation of methane may be equated to its rate of removal by reactions b–d. , Moore (1972) or Atkins and de Paula (2006). 28 An Introduction to Fire Dynamics where the square brackets indicate concentration, and kb , kc and kd are the appropriate rate coefficients (cf. 1)). Clearly, the rate of removal of methane depends directly on the concentrations of free atoms and radicals in the reacting system. e.