![]() ![]() I thoroughly recommend it for practioners and students of place marketing' Roger Pride, Marketing Director of Visit Wales and co-author of Destination Branding, Creating the Unique Destination Proposition (Elsevier) It offers fresh insights and perspectives. 'This book is a valuable addition to current thinking on the subject of place branding. ![]() 'Robert Govers and Frank Go's new book brings a new level of intellectual rigour to the often misunderstood subject of place branding.' - Nicholas Ind, Managing Partner of Equilibrium Consulting Author of Living the Brand (Kogan Page) and Branding Governance (Wiley) What I always look for, and what I'm particularly gratified to find in this book, is a prominent acknowledgement of the 'deeds not words' school of thought which I devote most of my energies to communicating.' - Simon Anholt, Government Advisor Author of the Anholt Nation Brands Index and Competitive Identity (Palgrave) Member of the UK Foreign Office's Public Diplomacy Board Since most practical fires are turbulent in nature, the concept of time-averaging based upon Reynolds-averaging and Favre-averaging along with a variety of models ranging from the simple k–ɛ to the complex Reynolds Stress representations of the turbulence is described in the chapter.'This book makes a very useful addition to the rather scarce literature on the subject. On the mathematical level, the fundamental laws of fluid mechanics and heat transfer that relate to the conservation mass, momentum, and energy equations together with other concepts and equations that supplement the field modeling approach are discussed in the chapter. Since most fires are gaseous by nature, the concern with the static and dynamic behavior of the gases as a continuous fluid with open boundaries is frequently encountered. This, together with other concepts and equations that supplement the field modeling approach, is the fundamental basis of the field modeling of fire. The analysis of the behavior of fire begins with the consideration of the fundamental laws of fluid mechanics and heat transfer as encapsulated in the laws of conservation mass, momentum, and energy. Field modeling is the branch of applied mathematical modeling that fire dynamics is concerned with. This chapter focuses on the field modeling approach in fire modeling. ![]()
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