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Impact of Cubic Pin Finned Surface Structure Geometry Upon Spray Cooling Heat Transfer

机译：立方针状表面结构几何形状对喷雾冷却传热的影响

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Experiments were conducted to study the effects of enhanced surface structures on heat flux using spray cooling. The surface enhancements consisted of cubic pin fins machined on the top surface of copper heater blocks. The structure height, pitch, and width were parametrically vaned. Each copper block had a projected cross-sectional area of 2.0 cm2. Measurements were also obtained on a heater block with a flat surface for baseline comparison purposes. A 2x2 nozzle array was used with PF-5060 as the working fluid. Thermal performance data were obtained under nominally degassed (chamber pressure of 41.4 kPa) and gassy conditions (chamber with N2 gas at 100.7 kPa) with a bulk fluid temperature of 20.5 degrees C. Results for both the degassed and gassy cases show that structure width and separation distance have a dominant effect upon the heat transfer for the size ranges used. Cubic pin fin height had little impact upon heat flux.

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Silk, E. A. ; Kim, J. ; Kiger, K.;
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年度 2005
页码 1-12
总页数 12
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Cooling; Sprays; Heat transfer; Surface properties; Impact velocity; Fins; Enhancement; Dissolved gases; Heat flux; Geometry; Fluids; Nozzles; Measurement;

机译：冷却;喷雾;传热;表面特性;冲击速度;翅片;增强;溶解气体;热通量;几何形状;流体;喷嘴;测量;

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专利

1. Spray cooling of enhanced surfaces: Impact of structured surface geometry and spray axis inclination [J] . Eric A. Silk, Jungho Kim, Ken Kiger International Journal of Heat and Mass Transfer . 2006,第25a26期

机译：增强表面的喷雾冷却：结构化表面几何形状和喷雾轴线倾斜度的影响
2. Heat Transfer and Pressure Loss Characteristics of Very Compact Heat Sinks; Heat exchangers; orced convection; heat transfer; heat sinks, plate fins; pin fins; cross-flow cooling; jet cooling, thermal conductance, pressure loss [J] . asahito Tasaka, Toshio Aihara, Chihiro Hayashi Heat Transfer Asian Research . 1999,第8期

机译：非常紧凑的散热器的传热和压力损失特性；热交换器；强制对流传播热量;散热器，散热片；脚鳍；横流冷却；射流冷却，导热，压力损失
3. Pin-fin shape-dependent heat transfer and fluid flow characteristics of water- and nanofluid-cooled micropin-fin heat sinks: Square, circular and triangular fin cross-sections [J] . Ambreen Tehmina, Saleem Arslan, Park Cheol Woo Applied thermal engineering: Design, processes, equipment, economics . 2019,第期

机译：夹鳍形状依赖性传热和水和纳米流体冷却微量粉末散热器的流体流动特性：方形，圆形和三角形翅片横截面
4. IMPACT OF CUBIC PIN FINNED SURFACE STRUCTURE GEOMETRY UPON SPRAY COOLING HEAT TRANSFER [C] . Eric A. Silk, Jungho Kim, Ken Kiger Advances in Electronic Packaging 2005 pt.A . 2005

机译：立方钉齿形表面结构几何形状对喷雾冷却传热的影响
5. Additions to compact heat exchanger technology: Jet impingement cooling & flow & heat transfer in metal foam-fins. [D] . Onstad, Andrew J. 2009

机译：紧凑型换热器技术的补充：金属泡沫翅片中的射流冲击冷却，流动和热传递。
6. Dropwise Evaporative Cooling of Heated Surfaces with Various Wettability Characteristics Obtained by Nanostructure Modifications [O] . Jian-nan Chen, Zhen Zhang, Xiao-long Ouyang, 2016

机译：通过纳米结构改性获得的具有各种润湿性的受热表面的逐滴蒸发冷却
7. Impact of Cubic Pin Finned Surface Structure Geometry upon Spray Cooling Heat Transfer [O] . Kim Jungho, Silk Eric A., Kiger Ken 2005

机译：立方钉翅片表面结构几何形状对喷雾冷却传热的影响

Impact of Cubic Pin Finned Surface Structure Geometry Upon Spray Cooling Heat Transfer

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