1) long flexible fin
柔性长鳍
1.
Test platform of hydrodynamic force produced by undulation of long flexible fin;
柔性长鳍波动推进流体动力测试平台
2.
Control System Design and Realization of Bionic Underwater Vehicle Propelled by the Long Flexible Fin Undulation;
柔性长鳍波动推进仿生水下机器人控制系统设计与实现
3.
This paper mainly discusses the design and realization of the test model for a bionic underwater vehicle,which is propelled by undulations of a long flexible fin.
以基于柔性长鳍波动推进的仿生水下机器人试验模型为背景,主要研究其设计与实现问题。
2) flexible fin
柔性长鳍
1.
The sub-systems composed of flexible fin,mechanism,control system,actuator were designed in detail.
单柔性长鳍波动仿生推进器是一种模拟鱼类"尼罗河魔鬼"的长背鳍波动推进方式而设计的新型水下仿生推进装置。
2.
It can move forward,backward or brake depending on the undulatory motion of the flexible fin.
它依靠柔性长鳍的波动运动来实现载体的前进、后退、制动等各种机动动作。
3) Undulatory Dorsal Fin
柔性长背鳍
1.
Research on Structure Design and Simulation for the Bionic Set Inspired by Undulatory Dorsal Fin;
柔性长背鳍波动仿生装置的结构设计与仿真技术研究
4) flexible caudal fin
柔性尾鳍
5) flexible fin
柔性鳍
1.
Propulsive performance and flow field characteristics of a 2-D flexible fin with variations in the location of its pitching axis
不同纵摇轴位置下的二维柔性鳍推进性能与流场特性研究(英文)
6) flexible biomimetic fin
柔性鳍单元
1.
The radio frequency remote controlled propeller was based on the flexible biomimetic fin.
通过分析鳍的生理结构和波动规律,建立了仿乌贼水平鳍推进器的波动机构原理模型,提出了柔性鳍单元。
2.
The propeller module contains 2 horizontal fins,and each fin consists of a membrane and 5 flexible biomimetic fins which are actuated by shape memory alloy wires.
推进模块由2个水平鳍构成,每个水平鳍由1张鳍膜和5个由形状记忆合金丝驱动的柔性鳍单元组合而成。
