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Flows of Reactive Fluids

Part of the Fluid Mechanics and Its Applications Book Series (volume 94)

DOI: 10.1007/978-0-8176-4659-2

ISBN: 978-0-8176-4518-2

Publisher: Birkhäuser Boston - Springer Journals

Jul 15, 2010

1 - 10 of 12 Chapters

Available

Introduction

Prud’homme, Roger

Pages: 1 –6

[Homogeneous, heterogeneous and reactive flows are important in the aeronautical, space and chemical industries, industrial furnaces, nuclear engineering, the production of gas and electricity, the automotive industry, and many other fields. Chemical reactions play a role in many processes. They...
Available

Equations of State

Prud’homme, Roger

Pages: 7 –50

[Studying the motions of complex fluid media involves determining how local quantities that characterize the behavior of single- or multicomponent, homogeneous or heterogeneous media evolve over time and space.]
Available

Transfer Phenomena and Chemical Kinetics

Prud’homme, Roger

Pages: 51 –71

[Fundamental physical quantities such as mass, momentum and energy can be exchanged between portions of a system, or created during transformations through different processes such as convection, diffusion and chemical reactions. Convection is a type of mass exchange that is dependent upon the...
Available

Balance Equations for Reactive Flows

Prud’homme, Roger

Pages: 73 –95

[The thermodynamic properties of one-component systems and multicomponent fluid mixtures were presented in Chap. 2, although the thermodynamic systems considered were mainly discrete systems. Flux and production expressions that are important for fluid flows were then given in Chap. 3. Therefore,...
Available

Dimensionless Numbers and Similarity

Prud’homme, Roger

Pages: 97 –108

[This chapter presents the principles of dimensional analysis and the similarity method. Section 5.1 introduces basic aspects of dimensional analysis such as the definition ofIIi ratios and Vashi-Buckingham’s theorem. The practical utility of dimensional analysis is then emphasized using the...
Available

Chemical Reactors

Prud’homme, Roger

Pages: 109 –125

[Chemical engineering is a very important field with its own specific methods. Classical methods of analyzing and modeling aerodynamics and combustion are often not the most suitable methods for solving problems associated with chemical reactors, the subject of this chapter. For example, the...
Available

Coupled Phenomena

Prud’homme, Roger

Pages: 127 –167

[Basic equations for fluid flows with chemical reactions and transfer phenomena were described in Chaps. 2 to 4, and initial tools for the analysis of these flows were given in Chap. 5. In Chap. 6, the basic equations were applied to relatively simple problems involving no transport phenomena....
Available

Turbulent Flow Concepts

Prud’homme, Roger

Pages: 169 –229

[This chapter deals with turbulent flow, as opposed to laminar (nonchaotic) flow. The reference is always a laminar flow, and this can become turbulent flow as a result of external destabilization. Turbulent flows are characterized by high complexity. Turbulent processes can be modeled using a...
Available

Boundary Layers and Fluid Layers

Prud’homme, Roger

Pages: 231 –275

[The presence of bodies and walls in a fluid flow results in the transfer of mass, momentum and heat, which occurs in addition to convection. These processesy sometimes develop next to the wall in a layer (called the “boundary layer”) which has a thickness that is much smaller than the...
Available

Reactive and Nonreactive Waves

Prud’homme, Roger

Pages: 277 –331

[In this chapter, we will tackle various questions by referring to the thermodynamic discussions of Sect. 2.5.]

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