1) rudder roll damping
舵阻摇
1.
Overview in technology of rudder roll damping;
舰船舵阻摇技术的研究现状及展望
2.
In the MATLAB environment,the nonlinear model of the rudder roll damping system is pre- sented by Compling S function in MATLAB.
在MATLAB环境下建立了舵阻摇系统的非线性模型。
3.
Then the initiation and development of the rudder roll damping technology are also described.
首先论述了减摇的必要性及现在常用的几种减摇技术,然后介绍了舵阻摇的产生以及到目前为止国内外关于舵阻摇技术的发展状况,指出了舵阻摇技术目前所遇到的困难,并对它的今后的应用前景做了展望。
2) rudder roll damping system
舵阻摇系统
1.
The closed loop gain shaping algorithm is applied to the rudder roll damping system.
将闭环增益成形算法应用于舵阻摇系统 。
3) rudder roll stabilization
舵减摇
1.
Parallel two mode switched control for rudder roll stabilization based on encounter angle decision;
基于遭遇角决策的并行双模切换舵减摇控制
2.
Optimization of control parameters for rudder roll stabilization based on genetic algorithms;
遗传算法在舵减摇控制参数优化中的应用
3.
Application of Bode′s theorem in the H_∞ design for ship rudder roll stabilization
Bode积分定理在舵减摇H_∞设计中应用
4) anti-pitching rudder
抗纵摇舵
1.
The Investigation on the pitching reduction effects of ships equipped with anti-pitching rudders;
抗纵摇舵对船舶纵摇减摇效果影响的研究
5) rudder anti-pitching
舵减纵摇
6) rudder roll stabilization
舵减横摇
1.
On generalized predictive constraint control of ship rudder roll stabilization
舰船舵减横摇广义预测约束控制
补充资料：摆舵
1.掌舵。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条