amphibious vehicle

Improvement on Structure of Cooling System of Amphibious Vehicle Based on Thermal Management

基于热管理的两栖车辆冷却系统改进研究

Vibration Model of Amphibious Vehicle in Water

两栖车辆水上振动模型

Research and Application of Water Propulsion System of Amphibious Vehicle

喷水推进系统在两栖战斗车辆上的研究与应用

Research into the Increasing of Amphibious Vehicle Velocity on Water

提高两栖战斗车辆水上航速的研究

Hydraulic System of the Amphibious Vehicle and Its Fault Diagnosis Search Strategy

两栖车液压系统及其故障诊断搜索策略研究

Numerical Study of Flow Field around an Amphibious Vehicle and Its Improvement in Shape

某两栖车绕流场数值模拟研究及外形优化分析

Classification and Assessment for Water Propulsion Unit of Amphibious Vehicle in Foreign Army

外军两栖车辆水上推进装置的分类及评价

Numerical Simulation on the Movement of an Improved Amphibious Vehicle in Small Regular Waves

某改进型两栖车在微幅规则波中运动的数值模拟研究

Study on Water Propulsion Unit of Amphibious Vehicle

两栖车辆水上推进装置的研究

Numerical simulation of the amphibious vehicle 's drag force and attitude based on CFD

基于CFD的两栖车辆阻力和浮态数值模拟

Numerical simulation of amphibious vehicle based on the dynamic-mesh model

基于动网格模型的两栖车辆数值模拟

Preliminary Study on Seakeeping Capacity of Sailing Amphibious Vehicle Based on CFD

基于CFD的两栖车辆水上耐波性能研究初探

Composition of Water Resistance to Amphibious Vehicle

两栖车辆水阻力构成研究

Toss Motion of Amphibious Vehicle in Sea - way

两栖车辆在波浪中的摇荡问题研究

An amphibious vehicle typically having four-wheel drive and a raised body .

有四个轮子和一个浮雕主体的两栖交通工具。

Research on Starting Resistance to Hull of Boat-Type Amphibious Vehicle

船式两栖车船体起步阻力的研究

The method has been applied to the optimization design of an amphibious vehicle to meeting the expected requirements of the vehicle .

将该方法应用于某型号车型的优化设计，满足了该两栖车辆的预期性能。

Simulation of the Design of Unaided Lift Suspension for 4 × 4 Wheeled Amphibious Vehicle

4×4轮式两栖车可升降独立悬架方案的仿真研究

Impact of the Shape of the Hull Back of Amphibious Vehicle on the Inlet Flow Field of Waterjet Propulsion

两栖车辆车体尾部形状对喷水推进器进口流场的影响

It 's an amphibious vehicle , which has a winch and a water cannon .

它是一种水路两栖载具，所以配备有绞盘和水炮。

The result shows the numerical simulation for resistance prediction provides an effetive support to the study on optimizing the geometrical characteristics of amphibious vehicle .

结果表明：运用数值方法预测阻力，为两栖车辆减阻提速的研究提供了有利的技术支持。

The hydrodynamics of the amphibious vehicle is different from the dynamics of the land vehicle , or from the hydrodynamics of the ship .

两栖车辆的水动力学既不同于陆上车辆行驶的动力学，又不同于船舶的水动力学。

Numerical Simulation and Analysis of Flows in Mixed Flow Thrust Impact of the Shape of the Hull Back of Amphibious Vehicle on the Inlet Flow Field of Waterjet Propulsion

斜流式喷水推进器内部三维紊流流动的数值模拟与性能分析两栖车辆车体尾部形状对喷水推进器进口流场的影响

In order to evaluate the performance of wheeled amphibious vehicle during its design phase , numerical simulation was taken to simulate the amphibious vehicle 's steering in the water .

为了在设计阶段评价某轮式两栖车辆的水上性能，研究了采用数值模拟的方法对轮式两栖车水中行驶进行模拟计算的可行性。

Freeboard of a vehicle is an important criterion to an amphibious vehicle 's buoyancy . The concept of effective freeboard is important in the design and use of an amphibious vehicle .

干舷是衡量两栖车辆的水上浮性的一个重要指标，它对于两栖车辆的设计及使用有重要意义。

Until now , the dynamics theory of the land vehicle and the hydrodynamics theory of the ship are already very mature , but few researches on the hydrodynamics of the amphibious vehicle are done .

到目前为止，虽然陆上车辆动力学理论和船舶水动力学理论已经相当成熟，但对两栖车辆的水动力学研究工作相对较少，因此本文的研究具有重要意义。

This article makes numerical simulation of amphibious vehicle 's ambient flow field without accounting on free surface effort by CFD theory and puts emphasis on the critical arrangement of SST k - ω turbulence model and mixed grid .

利用计算流体动力学理论，对不计自由面的两栖车辆的粘性绕流场进行了数值模拟，重点介绍了关键的SSTK-ω湍流模型和混合网格布置方法。

The paper classifies the water propulsion units used in amphibious vehicle , makes qualitative analysis on operating principle and capability , and makes a full valuable conclusion , lays the foundation for demonstration and research for new amphibious combat vehicle .

通过对两栖车辆所选用的水上推进装置进行分类，定性分析了各种水上推进装置的工作原理及其性能，并作出了综合评价，为两栖车辆的进一步论证、研究奠定了一定的基础。

The principle conceptual design of new devices for decreasing resistance of amphibious vehicle and new brakes of a bicycle is given as an example , which demonstrates that the methodology is obviously helpful to produce valuable concepts for product innovation .

依据上述模型，以两栖车辆减阻装置的概念设计为例，初步实现了分布式知识资源在以项目为中心的概念设计中的重组和共享，产生了有跟踪价值的原理创新方案。

The Application of Advanced Coatings Protection Technology on Amphibious Armored Vehicle

先进涂层防护技术在两栖装甲车辆上的应用