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首页> 外文期刊>Journal of Scientific & Industrial Research >Correlations for Fins with Impacting air Jets type Solar Air Heater
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Correlations for Fins with Impacting air Jets type Solar Air Heater

机译:抗冲击空气喷气机型太阳能空气加热器的相关性

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Experimental investigation has been conducted on a collector for non-cross flow configuration. The structure incorporates fins with impinging air jets below the absorber surface. The main aim is to examine the significance of implicating both the methods on heat transfer and thermal performance of the apparatus. Testing covers a prescribed range of operating and geometrical parameters such as, fin spacing (w = 0.03 and 0.06 m), stream-wise pitch (3 cm and 6 cm), dimensions of jet (circular in shape having diameter (D-j) = 6 mm, 8 mm and 1cm), mass flow rate of air ((SIC) = 0.056-0.112 kg.s(-1)) and (Re= 5700-11700) respectively. An appreciable augmentation in thermal performance is noticed by mutual use of fins and air jets. The experimental data collected is further processed to develop correlations for Nusselt number in conjunction with fin and jet parameters of the set up for both the techniques separately.
机译:在非交叉流动配置的收集器上进行了实验研究。 该结构包含翅片,其中撞击吸收剂表面下方的空气喷射器。 主要目的是研究暗示均匀传热和热性能的方法的重要性。 测试涵盖了规定的操作范围和几何参数,如翅片间距(W = 0.03和0.06米),流明智(3cm和6cm),射流尺寸(圆形,具有直径(DJ)= 6 mm,8 mm和1cm),空气质量流速((siC)= 0.056-0.112 kg.s(-1))和(重新= 5700-11700)。 通过相互使用翅片和空气喷射,注意到热性能的明显增强。 收集的实验数据进一步处理以便与分别用于该技术的设置的翅片和喷射参数结合翅片和喷射参数来开发何时答案数。

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