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A MATHEMATICAL MODEL FOR COOLING EFFECT OF SPRINKLER ON SMOKE LAYER

机译:喷淋器对烟层的冷却效果的数学模型

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A mathematical model for predicting sprinkler cooling effect on smoke layer was developed. Results of calculation showed that the temperature difference between droplets and smoke layer and the thickness of smoke layer are major factors of the cooling effect. The cooling effect might lose its efficiency when the sprinkler pressure became relatively high. Experiments were carried out to validate the model and compared with Morgan model. The experimental results show that temperatures predicted by the current model agree well with the experimental results when temperature difference is high. However Morgan model is more suitable for low temperature difference.
机译:建立了预测喷淋头对烟气层冷却效果的数学模型。计算结果表明,液滴与烟层之间的温差和烟层的厚度是影响冷却效果的主要因素。当洒水压力变得相对较高时,冷却效果可能会失去效率。进行了实验以验证该模型,并与Morgan模型进行了比较。实验结果表明,当温差较大时,当前模型预测的温度与实验结果吻合良好。但是,摩根模型更适合于低温差。

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