水翼艇

最早也是最流行之一的运输工具Vactrax和水翼艇。

Together with the Vactrax , one of the earliest , and most popular , was the hydrofoil .

你可以乘渡船、气垫船或水翼艇旅行。

You can travel by ferry , hovercraft or hydrofoil .

文中的计算和讨论可为V形割划式水翼艇的设计提供参考。

The calculation and discussion in the paper offer reference for the design of V hydrofoil craft .

对于白噪声干扰情况，利用线性Kalman滤波器估计系统状态，以水翼艇为研究对象进行了仿真。

Using linear Kalman filter to estimate system states with white-noise interference , for submerged Hydrofoil Craft , a mathematical simulation was conducted .

本文针对一艘11.9m长的交通艇提出了单体小水线面水翼艇的设计方案。

A conceptual design of composite high performance ship is presented for a 11.9m craft with hydrofoil small waterplane area ship form .

水翼艇可调桨推进智能控制仿真研究

Research on intelligent control simulation of hydrofoil craft with adjustable-pitch propeller

120客位穿浪水翼艇总强度分析

Overall Strength Analysis of the 120 Passengers Wave Piercing Hydrofoil

水翼艇静水翼航性能的一种计算方法

A prediction method of foilborne performance of hydrofoil craft in calm sea

全浸式水翼艇纵向运动姿态解耦控制

Uncoupling Control for the Longitudinal Postures of Fully Submerged Hydrofoil

水翼艇最佳控制研究

Study on Hydrofoil Maneuvering OPTIMAL CONTROL OF HYDROFOIL CRAFT

水翼艇浅水效应试验分析

Experiment and Analysis of Shallow Water Effect on Hydrofoil Boat The Boat Test

水翼艇翼航时稳性探讨

Discussion of stability of hydrofoil craft in wing navigation

水翼艇喷水推进系统可调进水口的工作特点

Operating characteristics of adjustable water inlet of hydrofoil water - jet propulsion system

水翼艇性能的小系列试验研究

Small series experimental research on the function of hydrofoil

全浸式水翼艇状态最优估计的仿真研究

The Simulation of the Optimal Estimation of the State for the Fully Submerged Hydrofoil

单体小水线面水翼艇的概念设计

Conceptual Design of Hydrofoil Small Waterline Area Ship

高海情下全浸式水翼艇姿态控制的研究

The Study of the Attitude Control for the Fully Submerged Hydrofoil under Heave Scale Sea

沿海及内河自稳式水翼艇

Coastal and river self-stabilized hydrofoil craft

水翼艇水弹性分析

Study of Hydrofoil Craft Hydroelasticity

水翼艇喷水推进器的运转性能浅析水下航行器多推进器动力定位控制

Preliminary analysis of Operating Performance of Hydrofoil Waterjet Propulsor Control of Dynamic Position System for AUV with Multiple Thrusters

除了对电信技术有很大贡献外，他对于航空和水翼艇技术改进方面也有很大帮助。

In addition to his work in telecommunications technology , he was responsible for important advances in aviation and hydrofoil technology .

本文根据实艇和模型的试验数据分析，建立了水翼艇艇体设计载荷估算方法。

A practical method has been developed for evaluating design loads on hydrofoil crafts based on the data of full-scale and model tests .

对所论最佳控制系统的实现，本文提出并论证了一种切实可行的水翼艇分级-分散微处理机控制方案。

For the realization of practical optimal control system , a realistic and feasible scheme of hierarchical-distributive multi-microprocessor control of hydrofoil craft has been proposed .

从快速性、航速控制和动力系统3个方面分别进行了综合分析，建立了水翼艇智能推进系统的数学模型。

The mathematic models of fast ability , speed controlling and power system of a hydrofoil craft propelled by controllable pitch propeller are established respectively .

水翼艇可以不可思议的速度贴着海面飞行，水翼艇再次把我们同地球另一面的人们联系起来。

Moving at impossible speeds close to the ocean surface , the hydrofoil connected us again with our relatives on the other side of the Earth .

然后在VC++平台上，以遗传算法作为优化方法，编制了水翼艇智能推进系统初步综合优化设计的计算程序，同时给出了算例。

Applying the genetic algorithm , VC + + then serves as the workspace to program the optimizing design of the intelligent propulsion system of the hydrofoil craft .

结果表明：对于全浸式水翼艇纵向运动姿态采用解耦控制可获得令人满意的效果，且设计方法简单易行。

The results show : if uncoupling control is apl-lied on fully submerged hydrofoil , satisfactory result can be obtained , and this kind of method is simple and easy for realization .

本文探讨了最佳控制在水翼艇姿态控制上的应用，使用数字机对全浸式水翼艇的控制进行辅助设计和闭路仿真。

Application optimal control theory to attitude control of hydrofoil craft is discussed . Digital computer aided design and closed loop simulation has been performed for the control of a submerged hydrofoil craft .

由于双体穿浪水翼艇是一种全新的船型，结构和外部载荷又比较复杂，所以有关该类船舶结构强度的直接计算目前尚无先例。

Because this ship form is totally new , its structure and external loads are also comparatively complicated , so the direct strength calculation of this kind of ship is a new research field .

基于随机控制理论，针对全浸式水翼艇的多变量随机控制方法进行探讨，并着重分析水翼艇的纵向运动姿态的随机最优控制。

In this paper , based on the theories of stochastic control , we make a study of multivariable stochastic control methods of hydrofoil and emphasize on the analysis of longitudinal motion of it .