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Fluid Mechanics Aspects of Fire and Smoke Dynamics in Enclosures
Genres:
Mechanics of fluids, Building construction & materials, The environment, Applied mathematics, Fluid mechanics, Mechanical engineering, Fire protection & safety, Environmental science, engineering & technology
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Synopsis
This book aims at fulfilling the need for a handbook at undergraduate and starting researcher level on fire and smoke dynamics in enclosures, giving fluid mechanics aspects a central role. Fluid mechanics are essential at the level of combustion, heat transfer and fire suppression, but they are described only cursorily in most of the existing fire safety science literature, including handbooks.
The scope of this handbook ranges from the discussion of the basic equations for turbulent flows with combustion, through a discussion on the structure of flames, to fire and smoke plumes and their interaction with enclosure boundaries. Using this knowledge, the fire dynamics and smoke and heat control in enclosures are discussed. Subsequently, a chapter is devoted to the effect of water and the related fluid mechanics aspects. The book concludes with a chapter on CFD (Computational Fluid Dynamics), the increasingly popular calculation method in the field of fire safety science. New & Used
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What Reviewers Are Saying
"Using this book people can learn to understand how fires developed and how they can be controlled. The book transfers knowledge from general fluid dynamics and combustion science to the area of fire safety science. Using this approach the accuracy of the prediction of fire will be higher than in traditional approaches more based on empirical correlations. The approach taken in the book is forward looking. The book will be relevant for a long time."
Professor D.J.E.M. Roekaerts, Delft University of Technology, Department Process and Energy, section Fluid Mechanics, Delft, The Netherlands
"Merci and Beji's new book on fire dynamics with emphasis on the fluids mechanics aspects is a solid contribution to the literature in the field. Its comprehensive discussion of fluid mechanics principles applied to plumes, fire behavior in enclosures and CFD models is unparalleled.
The book could be used as a text for use in fourth year undergraduate or first year graduate level courses or as a high level review for fire safety researchers and engineers. [It is] a valuable addition to the library of any fire safety researcher or engineer."
Prof. Jim Milke, University of Maryland, in 'Fire Science Reviews'.
"The text builds all relevant topics on fire and smoke dynamics around fluid mechanics, which is unique and valuable in light of many worthy works on fire dynamics and fire safety engineering. The authors, drawing on their extensive research and teaching experience, strike a good balance between presenting well-known basic fluid mechanics principles and showcasing some state-of-the-art experimental and numerical research insights. [...]
This will be a challenging textbook for an upper-level undergraduate course in a related STEM field, but it is highly recommended for a graduate-level elective course and more so as a comprehensive handbook for practicing engineers in fire dynamics analysis, fire suppression, and fire safety risk analysis.
Summing Up: Highly recommended. Graduate students; faculty and professionals."
B. Tao, Wentworth Institute of Technology in 'Choice', February 2017 issue.
Professor D.J.E.M. Roekaerts, Delft University of Technology, Department Process and Energy, section Fluid Mechanics, Delft, The Netherlands
"Merci and Beji's new book on fire dynamics with emphasis on the fluids mechanics aspects is a solid contribution
The book could be used as a text for use in fourth year undergraduat
Prof. Jim Milke, University of Maryland, in 'Fire Science Reviews'.
"The text builds all relevant topics on fire and smoke dynamics around fluid mechanics, which is unique and valuable in light of many worthy works on fire dynamics and fire safety engineering.
This will be a challenging textbook for an upper-level undergraduat
Summing Up: Highly recommended.
B. Tao, Wentworth Institute of Technology in 'Choice', February 2017 issue.