An Introduction to Turbulent Reacting Flows
An Introduction to Turbulent Reacting Flows
复制标题
湍流反应流简介
DOI：
10.1142/p498
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发表时间：
2007
影响因子：
3.7
通讯作者：
E. Mastorakos
中科院分区：
文献类型：
--
作者：
R. Cant;E. Mastorakos
简介：动机，听众，控制方程，主要封闭问题湍流和混合：分子混合，反应扩散问题，随机游动，湍流尺度，平均方程，湍流输运建模，标量混合，标量耗散非预混反应物流的方法：矩方法，混合分数，小火焰理论，条件矩封闭，PDF方法预混反应物流的应用方法：层流小火焰模拟，Bray-Moss-Libby公式，G方程，火焰表面密度，反应流的应用数值方法：密度变化，不稳定火焰，标量的有界性，刚度，特殊特性反应流的实验方法：分辨率，非线性，探针，激光技术。
Introduction: Motivation, Audience, Governing Equations, Main Closure Problem Turbulence and Mixing: Molecular Mixing, Reaction-Diffusion Problems, Random Walks, Turbulent Scales, Averaged Equations, Modeling Turbulent Transport, Scalar Mixing, Scalar Dissipation Methods for Flows with Non-Premixed Reactants: Moment Methods, the Mixture Fraction, Flamelet Theory, Conditional Moment Closure, the PDF Method Applications Methods for Flows with Premixed Reactants: Laminar Flamelet Modelling, the Bray-Moss-Libby Formulation, the G-Equation, Flame Surface Density, Applications Numerical Methods for Reacting Flows: Density Change, Unsteady Flames, Boundedness of Scalars, Stiffness, Special Features Experimental Methods for Reacting Flows: Resolution, Uncertainties, Probes, Laser-Based Techniques.