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Research on the mechanism of drag reduction and efficiency improvement of hydraulic retarders with bionic non-smooth surface spoilers

机译：仿生非光滑表面扰流板液压阻滞剂减阻和效率提高机理研究

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Yuanyuan An; Wei Wei; Shuangshuang Li; Cheng Liu; Xianglu Meng; Qingdong Yan;
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1. Research on the mechanism of drag reduction and efficiency improvement of hydraulic retarders with bionic non-smooth surface spoilers [J] . Yuanyuan An, Wei Wei, Shuangshuang Li, Engineering Applications of Computational Fluid Mechanics . 2020,第1期

机译：仿生非光滑表面扰流板液压阻滞剂减阻和效率提高机理研究
2. The Mechanism of Drag Reduction around Bodies of Revolution Using Bionic Non-Smooth Surfaces [J] . Li-mei Tian, Lu-quan Ren, Qing-ping Liu, Journal of Bionics Engineering . 2007,第2期

机译：仿生非光滑表面在旋转体周围的减阻机理
3. The Mechanism of Drag Reduction around Bodies of Revolution Using Bionic Non-Smooth Surfaces [J] . Li-mei Tian, Lu-quan Ren, Qing-ping Liu, 仿生工程学报（英文版） . 2007,第002期

机译：仿生非光滑表面绕旋转体的减阻机理
4. Research on mechanism of drag reduction and efficiency improvement of hydrodynamic torque converter with bionic non-smooth surfaces [C] . Liu Chunbao, Chai Bosen, Liu Changsuo, Proceedings of 2015 International Conference on Fluid Power and Mechatronics . 2015

机译：仿生非光滑表面液力变矩器减阻机理及效率改进研究
5. Drag reduction in large diameter hydraulic capsule pipeline. [D] . Wu, Gangwei. 1998

机译：大直径液压胶囊管道的减阻。
6. Experimental Study on Drag Reduction Characteristics of Bionic Earthworm Self-Lubrication Surface [O] . Guomin Liu, Xueqiao Wu, Meng Zou, 2019

机译：仿生Earth自润滑表面减阻特性的实验研究
7. Turbulent Drag Reduction Characteristics of Bionic Nonsmooth Surfaces with Jets [O] . XiaoWen Song, MingXiao Zhang 2019

机译：用喷气机的仿生非流动曲面的湍流阻力

Research on the mechanism of drag reduction and efficiency improvement of hydraulic retarders with bionic non-smooth surface spoilers

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