气垫船

气垫船悬浮在气垫上行驶。

A hovercraft rides on a cushion of air .

探险队乘气垫船到达了它的源头。

The expedition made the journey to its source by hovercraft .

用带子把滑水板绑在船顶后，我们就在多佛登上了气垫船。

Strapping the skis on the roof , we boarded the hovercraft in Dover

这些气垫船在速度上能轻而易举地超过大多数船只。

These hovercraft can easily outpace most boats

这些气垫船行驶速度最高可达35节，能够轻易地超过大多数船只。

Travelling at speeds of up to thirty five knots , these hovercraft can easily outpace most boats

气垫船的优点是可以像直升机一样垂直上升。

The hovercraft has the advantage of being able to move straight upwards like a helicopter .

压缩空气的喷射气流将气垫船浮在地面上，船的四周有柔性围裙来维持气垫并使气垫船稳定。

Jets of compressed air lift the hovercraft off the ground , and flexible skirts around the craft retain the air cushion , and help to keep it stable .

全垫升气垫船航迹保持的变结构模糊PID控制

A Track Keeping Variable Structure Fuzzy-PID Controller for Air Cushion Vehicle

常规控制和模糊PID控制在全垫升气垫船航向控制中的应用

Application of Fuzzy Control in Air Cushion Vehicle

中国航空航天工业部设计与开发的HT型气垫船技术先进、结构牢固而价格低廉。

Hovercrafts of HT Type , designed and Developed by Ministry of Aero-space Industry of China . are advanced , durable and Cost-effective .

应用计算流体力学（CFD）方法对全垫升气垫船气囊内部的气动特性进行数值模拟计算，获得了气囊内的三维流场分布。

The computational fluid dynamics ( CFD ) method is employed to simulate numerically the air flow characteristics in the loop of a hovercraft , it provides the detailed distributions of the 3-D field parameters in the loop .

将Noblesse新细长船理论应用于气垫船，通过Lagrang多项式和第一类球Bessel函数展开波幅函数中的指数函数，改进了计算方法。

The computation method was improved by applying the modified Noblesse 's new slender ship theory to surface effect ship and extending the exponent functions utilizing the Lagrange polynomial and the first kind of sphere Bessel function .

本文首先介绍了信号预处理的基本理论，包括功率谱分析和中值滤波与平均滤波结合的复合滤波器设计内容，并且气垫船仿真信号进行Welch功率谱密度分析和复合功率谱预处理。

First of all , this paper introduced the signal pretreatment method and gave a combination of median filter method and introduced power spectral density ( PSD ) . Then the Welch PSD is used to analyze the ACV 's signals and the combination filter does the pretreatment work .

本文在前期工作〔7〕对Noblesse新细长船理论改进的基础上，将改进的Noblesse新细长船理论发展到双体气垫船，给出了一种快速、简便的双体气垫船波形计算方法。

On the basis of the authors ′ previous work by modifying Noblesse ′ s New Slender Ship Theory , extending which to the application to Air cushion Catamarans , the authors propose a fast and concise method for calculation wave profile generated by air cushion catamarans .

全垫升气垫船全圆周浪向下耐波性分析

Sea-keeping Analysis of Air Cushion Vehicle under Full Circle Wave Directions

气垫船铝合金整体壁板应用初探

Application of aluminum alloy single - piece bulkhead for ACV 's

两条大型全垫升气垫船的流体动力性能比较

Comparison of hydrodynamic characteristics of two large air - cushion vehicles

世界军用气垫船发展现状

The state-of-the-art of the development of worldwide naval air cushion vehicles

气垫船垫升推进系统控制仿真

Research on Simulation of Lift and Propulsion Control for Hovercraft

浅论高密度气垫船的空气舵设计及其气动力性能

Air rudder design and its aerodynamic performance for high-density air cushion vehicle

全垫升气垫船操纵运动仿真研究

A simulation study on maneuvering motion of air cushion vehicle

你可以乘渡船、气垫船或水翼艇旅行。

You can travel by ferry , hovercraft or hydrofoil .

正交设计法在双体气垫船初步设计中的应用

Application of Orthogonal Method to Conceptual Design of a Surface Effect Ship

气垫船能掠过水面飞速行驶。

The hovercraft is able to skim over the water .

侧壁式气垫船在横浪中的横摇与升沉耦合运动

Coupled roll and heave motions of surface effect ship in beam seas

225客玻璃钢双体气垫船电气设计特点

Design features of the electric system of the 225-passenger GRP air-cushion catamaran

模糊-反步串级控制方法在气垫船航迹保持中的应用

The Application of Fuzzy-Backstepping Cascade Control in the Path-keeping of Air-Cushion Vessel

你知道气垫船比飞机有哪些优点吗？

Do you know what advantage the hovercraft has over the aeroplane ?

一种气垫船远场波形理论计算方法

Theoretical Calculation of Wave Profile in Far Field of Surface Effect Ship

空气压缩式制冷在燃气轮机气垫船上的应用

Application of Air Compressed Refrigeration in the Gas Turbine Hovercraft