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Experimental investigations on the mechanism of lift amplification and oscillatory suppression of Lo
  • ISSN号：1673-002X
  • 期刊名称：Defence Technology
  • 时间：2013.9.1
  • 页码：110-116
  • 相关项目：涡生摆线振荡的电磁优化控制
作者： Fan Baochun|Chen Zhihua|Li Hongzhi|Li Baoming|
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涡生摆线振荡的电磁优化控制
期刊论文 20 会议论文 7 获奖 1
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剪切来流条件下的涡生振荡机理的数值研究
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Electro-magnetic control of shear flow over a cylinder for drag reduction and lift enhancement
Numerical simulation on evolution of subharmonic low-speed streaks in minimal channel turbulenct flo
翼型绕流的洛伦兹力控制机理
电磁控制涡激振荡的实验研究
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Mechanism of controlling turbulent channel flow with the effect of spanwise Lorentz force distribution
Lift Enhancement and Oscillatory Suppression of Vortex-induced Vibration in Shear Flow by Loentz Force
Experimental Research on the Mechanism of Lift Amplification and Vibration Suppression of Lorentz Force
Numerical simulation on evolution of subharmonic low-speed streaks in minimal channel turbulent flow
Electro-magnetic control of shear flow over a cylinder for drag reduction and lift enhancement
Underlay mechanism in lift-drag phase diagrams for shear flow over cylinder