APPLICATION OF TURBULENCE FUNDAMENTALS TO REACTOR MODELLING AND SCALEUP
APPLICATION OF TURBULENCE FUNDAMENTALS TO REACTOR MODELLING AND SCALEUP
复制标题
湍流基础知识在反应器建模和放大中的应用
DOI：
10.1080/00986448108912575
复制
发表时间：
1981
影响因子：
2.5
通讯作者：
G. Patterson
中科院分区：
文献类型：
--
作者：
G. Patterson
一旦理解了湍流混合的基本原理，这些基本原理的应用就变得清晰起来。本系列的第一篇文章介绍了这些基础知识，为了展示如何应用湍流混合基础建模和缩放，本文涵盖以下主题：1。反应类型及其与混合的相互作用；2. 混合和反应的雷诺方程的闭包；3. 复杂几何的应用；4. 随机聚散模型；5. 应用于复杂化学。在将湍流知识应用于混合器建模和放大时，最困难的问题是模型复杂度的选择。介绍了可用的模型复杂性级别以及如何将它们应用于各种问题。
Abstract Applications of the fundamentals of turbulent mixing become clear once those fundamentals are understood. The first article in this series presented those fundamentals, in order to show how to apply turbulent mixing fundamentals modelling and scaleup, this article covers the following topics: 1. reaction types and their interaction with mixing; 2. closure of the Reynolds equations for mixing and reactions; 3. application to complex geometries; 4. random coalescence-dispersion modelling; 5. application to complex chemistry. The most difficult problem in applying our knowledge of turbulence to mixer modelling and scaleup is the choice of model complexity. The levels of model complexity available and how to apply them to various problems are presented following the introduction.