1) ship rolling
船舶横摇
1.
Study on ship rolling and capsizing based on the cusp catastrophe
基于尖点突变的船舶横摇倾覆研究
2.
Melnikov analysis of ship rolling and capsizing
船舶横摇倾覆迈尔尼科夫分析
3.
This paper introduced the parameter frequency response method,developed ship rolling frequency response function equipped with two U-tube anti-rolling tanks with different natural frequencies,analyzed the tank parameters relative to rolling frequency response amplitude,and researched the effect of tank parameters on the ship rolling amplitude.
本文给出了参数频率响应法,推导了装备两个具有不同固有频率的被动式U型减摇水舱的船舶横摇频率响应函数,分析了影响船舶横摇频率响应幅值的水舱参数,通过仿真详细研究了水舱参数对船舶横摇减摇的影响。
3) ship rolling
船舶横摇运动
1.
Time series prediction of ship rolling;
船舶横摇运动的时间序列预报
2.
The experiments of ship rolling time series prediction are done using the error back propagation neural network, the results performed well.
给出了误差反传神经网络模型和学习算法及其改进型学习算法,并将其应用于船舶横摇运动时间序列预报,取得了较好的效果。
3.
Time series prediction of ship rolling based on two direction difference;
根据船舶在随机海浪作用下的运动特性,基于双向差分算法建立模型,并运用于船舶横摇运动时间序列的预报,取得较好的效果。
4) ship roll motion
船舶横摇运动
1.
Long-term prediction of ship roll motion based on hybrid model of WT and MGFPE;
基于WT和MGFPE混合模式的船舶横摇运动长期预测
6) antirolling
船舶减横摇系统
1.
A FC-PID merger controller for ship antirolling system is designed based on the ship roll nonlinear motion.
通过合理的设计模糊隶属度函数和PID输出限幅环节,实现自动无级切换控制,使船舶减横摇系统的鲁棒性能和控制精度均得到有效改善。
补充资料:横横实实
1.形容体格粗壮结实。
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参考词条