Swimmers' propulsion technology

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Swimmers' propulsion technology

机译：游泳者的推进技术

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Simulated handstrokes analysed by computational fluid flow was Barry Bixier's hobby. Now it's being used as the basis of USA Swimming's research into the perfect stroke for swimmers.

机译：通过计算流体流量分析的模拟手敲是Barry Bixier的爱好。现在，它已被用作美国游泳协会研究游泳者完美泳姿的基础。

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《The Engineer》 |2000年第7523期|p.S6-S7|共2页
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正文语种 eng
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1. Self-propulsion of slender micro-swimmers by curvature control: N-link swimmers [J] . F. Alouges, A. DeSimone, L.Giraldi, International journal of non-linear mechanics . 2013,第nova期

机译：细长的微泳者通过曲率控制自我推进：N型链游泳者
2. NEW PROPULSION TECHNOLOGY: A powerful new compact and lightweight vehicle propulsion technology offers the power and torque of heavier-duty drives [J] . Dana Friedman Electric & Hybrid Vehicle Technology International . 2009,第ANNUAL期

机译：新的推进技术：强大的新型紧凑轻便的车辆推进技术可提供重型驱动器的功率和扭矩
3. Self-directed propulsion of an unconstrained flapping swimmer at low Reynolds number: hydrodynamic behaviour and scaling laws [J] . Lin Xingjian, Wu Jie, Zhang Tongwei Journal of Fluid Mechanics . 2021,第1期

机译：低雷诺数的无约束翼展游泳运动员的自我导向推进：流体动力行为和缩放法律
4. Controlled Propulsion of Asymmetric Janus Microdimer Swimmers under Rotating Magnetic Fields [C] . Shimin Yu, Tianlong Li, Shaopeng Wu IEEE Conference on Industrial Electronics and Applications . 2020

机译：旋转磁场下不对称Janus微二聚体游泳者的受控推进
5. Asynchronous Propulsion of the Three Sphere Micro-swimmer Using Perturbed Magnetic Field [D] . Mitra, Arnab. 2018

机译：三个球体微型游泳运动员使用扰动磁场的异步推进
6. Propulsion Mechanism of Flexible Microbead Swimmers in the Low Reynolds Number Regime [O] . Yan-Hom Li, Shao-Chun Chen 2020

机译：低雷诺数制度柔性微珠游泳运动员的推进机制
7. Slip Length Dependent Propulsion Speed of Catalytic Colloidal Swimmers near Walls [O] . Stefania Ketzetzi, Joost de Graaf, Rachel P. Doherty, 2020

机译：靠近墙壁催化胶体游泳运动员的滑动长度依赖推进速度

Swimmers' propulsion technology

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