Simulation for the propulsion of a micro-hydro robot with an unstructured grid

M.C. Kim; H.K. Kang; H.H. Chun; H.J. Choi; H.J. Kim

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Simulation for the propulsion of a micro-hydro robot with an unstructured grid

机译：具有非结构化网格的微型水力机器人的推进仿真

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摘要

The flow mechanism of contractive and dilative motion was numerically investigated to obtain a propulsive force in a highly viscous fluid. The computing program for the analysis of complicated motions was numerically developed with a cell-centered, unstru

机译：数值研究了收缩运动和扩张运动的流动机理，以获得在高粘度流体中的推进力。以单元为中心的非结构化数值开发了用于分析复杂运动的计算程序

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来源
《Ocean Engineering》 |2008年第9期|p.912-919|共8页
作者
M.C. Kim; H.K. Kang; H.H. Chun; H.J. Choi; H.J. Kim;
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Department of Naval Architecture and Ocean Engineering, Pusan National University, Pusan 609-735, Republic of Korea;

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正文语种 eng
中图分类海洋学;
关键词
micro-hydro robot; biomimetic propulsion in highly viscous flow; low reynolds number; unstructured grid; cell-centered scheme;

机译：微型水力机器人;高粘性流中的仿生推进;低雷诺数;非结构化网格;单元中心方案;

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Simulation for the propulsion of a micro-hydro robot with an unstructured grid

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