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Research on Key Energy-saving Techniques for A Novel Full Air Cooling UV-curing Oven via CFD Approach

机译:通过CFD方法进行新型全空气冷却紫外线固化炉的关键节能技术研究

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The optimum design of a novel full air cooling UV-curing oven is proposed, to overcome the disadvantage of traditional drying ovens on the high energy consumption and inefficiency, at al. The optimum curing oven is simulated and analyzed by Fluent applied to the CFD technology. Comparison between the simulation and real data indicates that the CFD model has an accurate prediction. The optimum wind velocity of the inlet is 1 m/s. A general optimum design method of the curing oven is put forward as well. The specific energy analysis shows that, energy consumption of the glazing machine with the optimum curing oven have decreased by approximately 14% compared to the conventional ones.
机译:提出了一种新型全空气冷却紫外线固化炉的最佳设计,克服了传统干燥炉对高能量消耗和低效率的缺点。通过流利地应用于CFD技术来模拟和分析最佳固化炉。模拟和实际数据之间的比较表明CFD模型具有精确的预测。入口的最佳风速为1米/秒。还提出了固化炉的一般最佳设计方法。具体的能量分析表明,与常规的相比,具有最佳固化烘箱的玻璃机的能量消耗大约14%。

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