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Enhanced Forced Convection Heat Transfer using Small Scale Vorticity Concentrations Effected by Flow Driven, Aeroelastically Vibrating Reeds.

机译：利用受流动驱动的气动弹性振动簧片影响的小尺度涡度浓度增强强制对流换热。

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作者
Glezer, A.; Mittal, R.; Alben, S.;
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年度 2016
页码 1-50
总页数 50
原文格式 PDF
正文语种 eng
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关键词
Heat transfer;

机译：传播热量;

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1. HEAT AND MASS TRANSFER ENHANCEMENT IN LAMINAR FORCED CONVECTION WET CHANNEL FLOWS WITH UNIFORM WALL HEAT FLUX [J] . Terekhov V. I, Khafaji H. Q., Gorbachev M. V Journal of enhanced heat transfer . 2018,第6期

机译：具有均匀壁面热通量的层流强迫对流湿通道流动中的传热和传质增强
2. THE EFFECT OF HEAT PIPE INTERNAL FLUID PROPERTIES ON ENHANCING HEAT TRANSFER UNDER FORCED CONVECTION FLOWS [J] . Hassam Nasarullah Chaudhry Heat pipe science and technology . 2013,第4期

机译：强制对流作用下传热管内部流体特性对强化传热的影响
3. Characterization of Twisted-Tape-Induced Helical Swirl Flows for Enhancement of Forced Convective Heat Transfer in Single-Phase and Two-Phase Flows [J] . Raj M. Manglik, Arthur E. Bergles Journal of Thermal Science and Engineering Applications: Transactions of the ASME . 2013,第2期

机译：用于增强单相和两相流中强迫对流换热的扭曲带引起的螺旋旋流的表征
4. Forced convection heat transfer enhancement in heat sink channels using aeroelastically fluttering reeds [C] . Thomas Crittenden, Sourabh Jha, Ari Glezer IEEE Intersociety Conference on Thermal and Thermomechanical Phenomena in Electronic Systems . 2017

机译：气动弹性扑动芦苇增强散热器通道中的对流换热
5. THE QUALITATIVE EFFECT OF BASE BLEED ON THE STEADINESS AND CONVECTIVE HEAT TRANSFER IN DRIVEN CHANNEL FLOW (VORTICITY TRANSPORT) [D] . DOMEL, NEAL DAVID 1986

机译：驱动通道流动中的稳态和对流换热的定性效应
6. Forced Convective Heat Transfer in Boundary Layer Flow of Sisko Fluid over a Nonlinear Stretching Sheet [O] . Asif Munir, Azeem Shahzad, Masood Khan -1

机译：Sisko流体在非线性拉伸片上边界层流中的强迫对流换热
7. Enhancement of forced convective heat transfer in a rectangular channel using thin plate-type obstacles. 1st report. Basic characteristics of heat transfer and pressure drop at single phase flow. [O] . Koji SHIlNA, Shozo NAKAMURA, Nobuo SHIMIZU 1988

机译：薄板型障碍物的矩形通道中强制对流传热的增强。第一个报告。单相流动传热和压降的基本特征。

Enhanced Forced Convection Heat Transfer using Small Scale Vorticity Concentrations Effected by Flow Driven, Aeroelastically Vibrating Reeds.

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