Numerical simulation on the structure of glass furnace

Zhihua Wei, Jinshuang Li
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Abstract

Attention received by the float process, whose structure of the furnace is very critical, and its design is reasonable, directly affect the production and quality of glass. while the size of melting department of melting furnace is reasonable which is key solution of designing the furnace. In the past, the size of melting department is determined by referring to or according to the same production scale of the furnaces which are existing. This paper is to use the method which includes the theory and numerical simulation which are combining the practice to establish two kinds of different small furnace design scheme of furnace structure of the physical models and mathematical models, as well as a 900d/t glass furnace's structure which is using of Fluent software simulation. At last, we compare it with the same production scale furnace which is existing and get the ideal results.
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玻璃炉结构的数值模拟
浮法工艺所受到的重视,其炉体结构非常关键,其设计是否合理,直接影响玻璃的生产和质量。而熔窑熔炼部尺寸的合理是设计熔窑的关键。在过去,熔炼部门的规模是参考或根据现有炉的相同生产规模来确定的。本文采用理论与数值模拟相结合的方法,结合实际建立了两种不同小炉炉体结构设计方案的物理模型和数学模型,并利用Fluent软件对900d/t玻璃炉的结构进行了仿真。最后,与现有同等生产规模的加热炉进行了比较,取得了理想的效果。
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