步兵战车

  • 网络Infantry Fighting Vehicle;IFV;ICV;AIFV
步兵战车步兵战车
  1. 基于HLA的两栖步兵战车CGF研究

    Research of Amphibious Infantry Fighting Vehicle CGF Based on HLA

  2. 利用ADAMS二次开发语言,设计了一个可视化界面,可对步兵战车的重要参数进行修改。

    With the developing language of ADAMS software , it also designed the interface to modify the important parameters of infantry fighting vehicle .

  3. 中美合作的NFV-1型步兵战车

    NFV-1 Infantry Fighting Vehicle

  4. 介绍了步兵战车作战使用的特点和性能要求。

    Battle features and performance requirement of infantry vehicle are introduced .

  5. 国外步兵战车动力装备现状及发展趋势

    Present Equipment Status and Developing Trend of Power for Infantry Fighting Vehicle Abroad

  6. 履带式步兵战车的三种设计思想

    Three Design Concepts for Tracked Infantry Vehicle

  7. 通过实际应用证明这种方法运算简便、快捷,可以满足实时仿真的要求,而且可以推广到装甲步兵战车等类似系统上使用。

    This method is proved simple , quick and can be extended to similar system .

  8. 南亚神兵巴基斯坦PIFV步兵战车该文阐述了基于组件的装甲兵作战仿真系统的设计与实现。

    Armored Infantry Fighting Vehicle The paper discusses the design and realization of armored vehicle battle simulation system based on component .

  9. 此型前苏联设计的步兵战车可以追溯到上世纪60年代,除了战车成员,它还可以承载8名步兵。

    Soviet-designed infantry combat vehicle dating back to the1960s which , along with the vehicle 's crew , can carry eight infantrymen .

  10. 本文是在二代步兵战车发动机综合参数测试系统项目研制基础上完成的。

    This paper is based on the item of " the synthetic parameters testing system for the second generation tank engine of infantry " .

  11. 仿真结果证明悬挂式结构座椅具有频率稳定、舒适性好和适于步兵战车安装等特点。

    The result shows that this kind of chairs owns the characteristics of stable frequency , excellent comfort and being suitable to the installation of infantry fighting vehicles .

  12. 综合各国坦克装甲车辆的发展情况,总结出坦克、步兵战车、两栖突击战车、装甲侦察车的未来发展趋势。

    Based on foreign tank and armoured vehicle development , summarizes the future developing trend for tank , infantry weapon carrier , amphibious assault weapon carrier and armoured scout car .

  13. 国外第三代坦克均采用全电式火炮控制系统结构。我国的步兵战车也采用了全电式火炮控制系统结构。

    All of the foreign 3rd generation tank use all-electric gun control system construction , and the infantry combat vehicle developed by our country also use all-electric gun control system construction .

  14. 轻型汽车桥壳与减速器壳定位连接问题初探步兵战车侧减速器的密封,采用的是接触式机械密封型式。

    Preliminary Survey upon the Positioning ot the Connection of Axle Housing and Gear Reductor Housing for light Truck The contact-type mechanical seal is used in the final drive of the infantry combat vehicle .

  15. 随着武器装备机械化、信息化的复合发展,新一代步兵战车已实现了批量生产,同时大量装备于部队。

    With the composite development of mechanization of weapons & equipment and information technology , a new generation of infantry vehicles has achieved mass production , at the same time equipmented to the troops almost .

  16. 应用领域不断扩大,从民品的家用割草机、汽车和城市发电机组的内燃机,到军品的步兵战车、坦克和海军舰艇的推进动力。

    And its using realm become bigger and bigger , from I / C engines of civil grass cutter , automobile and City generator sets , to driving power of military footman chariot , tank and naval ships .

  17. 通过步兵战车道路试验和仿真结果对比,验证了模型和仿真结果的可信性,从而为步兵战车的进一步设计研究提供了参考和依据。

    Comparing the road experiments of infantry fighting vehicle with the result of simulation , the model built by ADAMS was proved to be reliable . So it provides the consult for the further design of infantry fighting vehicle .

  18. 本论文是根据步兵战车武器系统的设计任务要求,实现步兵战车简易火控系统的算法,然后编写火控仿真软件,最后参与样机火控软件设计、编写和调试。

    In this thesis , arithmetic of simple fire control system is presented to achieve the task of infantry chariot weapon system and is simulated . fire control software of the prototype machine is designed , programmed and tested at last .

  19. 现有的大多数兵马俑都是射手、步兵和战车御者。秦始皇希望借助这些人来帮他统治来世。

    The majority of the terracotta are archers , infantrymen and charioteers that the emperor hoped would help him rule in the afterlife .