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Advances of drag-reducing surface technologies in turbulence based on boundary layer control 被引量:9
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作者 LUO Yuehao WANG Liguo +3 位作者 green lork SONG Kenan WANG Liang SMITH Robert 《Journal of Hydrodynamics》 SCIE EI CSCD 2015年第4期473-487,共15页
Our living environment is surrounded by turbulence, which is also a concern of the global energy consumption and the greenhouse gas emission, and the viscous force on the solid-liquid/solid-gas interface is an importa... Our living environment is surrounded by turbulence, which is also a concern of the global energy consumption and the greenhouse gas emission, and the viscous force on the solid-liquid/solid-gas interface is an important part of the turbulence. Reducing friction force in turbulence to the greatest extent is becoming an urgent issue to be resolved at present. In this paper, the various state-of-the-art approaches of drag-reducing and energy-saving technologies based on the boundary layer control are reviewed, focusing on the polymer drag reduction additives, the micro-morphology, the super-hydrophobic surface, the micro air bubbles, the heating wall, the vibrant flexible wall and the composite drag reduction methods. In addition, the mechanisms of different drag reductions based on the boundary layer control and the potential applications in fluid engineering are discussed. This paper aims not only to contribute to a better understanding of drag reduction mechanisms, but also to offer new perspectives to improve the current drag-reducing and energy saving technologies. 展开更多
关键词 fluid drag reduction HYDRODYNAMICS energy saving turbulent flowing boundary layer control
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