摘要:
当前对火焰炉窑及燃烧室的分析计算,综合应用了计算流体力学、湍流模型、多相流模型、湍流燃烧模型,火焰传热模型及计算方法,并与有关的实验研究相结合,目前已发展到一个新的水平,本文的目的就是在一篇短文中扼要介绍最近的这些情况,并通过国外最近对一座玻璃熔炉的计算,说明目前的计算方法已足够发展为一种重要的设计手段,需要引起更广泛的重视。
Abstract:
At present, the methods used for analysis and computation of industrial furnaces and combustion chamber include computational fluid dyna-mics, models of dynamics, models of turdulence,models of multiphase flow, models of turbulent combustion, models of radiation heat transfer of flames and numerical methods, and are made in combination with experimental research. The methods have been developed to a new level.The primary aim of this paper is to make a brief introduction of the recent developments in this area, and to show, through the introduction of a recent computation of anindustrial glass furnace in England, that the general method for computation of fluid flow, heat transfer and combustion within the furnace are sufficiently developed to constitute an important means of designing.
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