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倾覆事故 meaning in Chinese

capsizing case

Examples

  1. Reflection on overturning accident of girders in a steel structure roof
    钢结构屋盖大梁倾覆事故的反思
  2. This paper includes : on the basis of ty160c bulldozer made in tianjin construction machinery works , completing the design and intensity verifying of dgsy - 25 pipe crane ; using high - grade 3 - dimensional plotting software ug ( unigraphics ) to sculpt ; using adams ( automatic dynamic analysis of mechanical systems ) to establish virtual prototyping model and do dynamic simulation , and verifying the feasibility of this design precept and provide the basis for trial - manufacture of physical prototyping . at the same time , still simulating all kinds of danger operating mode in the course of production , which provides the theoretical foundation for rationally selecting ballast type to prevent the occurrence of overturn accidents
    本文在天津建筑机械厂生产的ty160c推土机的基础上,完成了dgsy - 25型吊管机的改装设计及强度校核;使用三维实体建模软件ug建立了模型;使用机械系统运动学/动力学仿真软件adams建立了液压? ?机械一体化的虚拟样机模型,并进行了动力学仿真,验证了设计方案的可行性及结构设计的正确性,为物理样机的制造提供了参数依据;对生产作业过程中的各种危险工况进行了仿真分析,为科学地选用配重类型以防止倾覆事故的发生提供了理论依据。
  3. The research on the ship maneuverability in the wind , wave and current , can not only be used to optimize the maneuverability design in the ship design stage , help to understand the mechanics of ship collision and capsizal , but also guide the handling operator to improve the handling skill , guard against the sea accident . therefore , the study is significant both theoretically and practically
    研究船舶在风、浪和流中的操纵性,不但能够在设计初始阶段,对船舶的操纵性能进行优化设计,而且有助于了解船舶碰撞与倾覆事故的产生机理,指导驾驶人员提高驾驶技术,预防海难发生,因而既有理论上的意义,又有很大的实用价值。

Related Words

  1. 倾覆
  2. 倾覆位置
  3. 倾覆轴
  4. 使倾覆
  5. 翻倒倾覆
  6. 倾覆破坏
  7. 倾覆的
  8. 倾覆角
  9. 倾覆机理
  10. 倾覆浪
  11. 倾覆坡度
  12. 倾覆破坏
  13. 倾覆缩锻
  14. 倾覆弯矩
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