1)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。
英文短句/例句
1.Research on the Fuzzy-PID Merger Control for Ship Antirolling System船舶减横摇系统FC-PID并联控制研究
2.Simulink of a Ship Roll Motion and Study of Fin Stabilizer s Control System;船舶横摇运动仿真及减摇鳍系统控制
3.Simulink of Ship Roll Motion and Study of Fin Stabilizer s Control System;船舶横摇运动仿真及减摇鳍系统控制研究
4.Information Processing System of Ship Course/Roll Control System船舶航向/横摇控制系统信息处理系统
5.Study of Visual Simulation of Ship Course/Roll Control System船舶航向横摇控制系统视景仿真研究
6.The Study on Intelligent Control Algorithms to Anti-Rolling Fin;船舶减摇鳍系统的智能控制算法研究
7.Study on Slanting Rudder Of Ship Rolling Stabilization Based on LQG Control Method基于斜舵船舶减横摇LQG控制研究
8.Research on Roll Motion of Examination Platform for Anti-rolling Tank;船舶减摇水舱试验台架横摇运动的研究
9.Designing of Ship U-tube Anti-rolling Tank Control System and Experimental Investigation;船舶U型减摇水舱控制系统设计及实验研究
10.A Study on Anti-rolling Tank Experiments Frame Control System Using DSP;基于DSP的船舶减摇水舱试验台控制系统研究
11.Research on Fin Stabilizers at Zero Speed and Its Electro-servo System for Ship;船舶零航速减摇鳍及其电动伺服系统研究
12.Study on the Design of Intelligent Fault Diagnosis System for Ship Fin Stabilizer船舶减摇鳍智能故障诊断系统设计研究
13.Numerical Simulation of Ship Free Roll Decay Motion in Viscous Flow黏性流中船舶自由横摇衰减运动数值模拟
14.Adaptive Neural-Fuzzy Inference and Its Application on the Ship Rudder Damping;自适应神经模糊推理系统及其在船舶舵阻横摇中的应用
15.Tability of Ship Parametrical-Highly Excitation Dynamics System船舶参—强横摇动力学系统的调和解分岔与次调和解分岔
16.Study on Intelligent Control and Visual Simulation of Ship Stabilizing Fin System船舶减摇鳍系统智能控制及其可视化仿真的研究
17.Study on Control of Ship Anti-rolling on the Basis of the Hyrid Genetic Algorithem;基于混合遗传算法的船舶减横摇模糊神经网络控制研究
18.Nonlinear Rolling and Capsizing of Ships in Rough Sea随机海况下的非线性船舶横摇和倾覆
相关短句/例句
ship roll船舶横摇
3)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。
4)ship stabilization船舶减摇
5)ship stabilizing fin船舶减摇鳍
1.As an important system of marine engineering, ship stabilizing fins have been widely used in many different kinds of ships.船舶减摇鳍是船舶与海洋工程中的一种重要系统,目前已在多种船舶中广泛应用。
6)Anti-pitching船舶减纵摇
延伸阅读
横横实实1.形容体格粗壮结实。
