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Research of 3D-CFD Simulation on a Large Sized Pit Type Carburizing Furnace

机译:大型坑式渗碳炉的3D-CFD模拟研究

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A fluid dynamic model was set up to describe the flow field of gas in a large sized pit type carburizing furnace when large sized gears were being carburized. The commercial software Fluentwas adopted to carry out 3 dimensional computational fluid dynamics (3D-CFD) simulations of the, gas flow field under different, actually four kinds of, furnace designs in this article. The flow fields of carburizing gas around the part were analyzed. According to the simulations and analysis, it wasshown that the number of fans on gear's carburizing is not a primary factor, using a air inducting tubcan improve the carburizing process significantly and proper loading tray design can also be positive. The results indicate that the simulation provides a reference to the furnace's design optimization.
机译:建立了流体动力学模型,描述了大型齿轮渗碳时大型坑式渗碳炉中气体的流场。本文采用商业软件Fluentwas对不同,实际上四种炉设计下的气流场进行了三维计算流体动力学(3D-CFD)模拟。分析了零件周围渗碳气体的流场。根据仿真和分析,表明齿轮渗碳的风扇数量不是主要因素,使用进气管可以显着改善渗碳过程,正确的装载盘设计也可以起到积极作用。结果表明,仿真为熔炉的设计优化提供了参考。

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