撞击力

  • 网络impact force
撞击力撞击力
  1. 跑道应该能够吸收奔跑者踩踏地面时产生的撞击力。

    A running track should be capable of absorbing the impact of a runner 's foot landing on it .

  2. 障碍物消减了主要的撞击力。

    The barrier absorbed the main impact on the crash .

  3. 结果撞击力的响应曲线为半个正弦波形式,力值和响应时间随撞击参数而异。随着撞击速度增高,撞击力量显著上升,而响应时间缩短(P<0.01)。

    Results The response value significantly increased but the response time reduced along with the increase of impact velocity ( P < 0.01 ) .

  4. 恒撞击力轻敲模式AFM的设计及研究

    Design and research of constant percussive force atomic force microscope in tapping mode

  5. 结果两种不同的撞击力均可引起双侧TMJ的间接性损伤;

    Results The histological data demonstrated that the impact could produce damages of both TMJs .

  6. 在船舶周期性的斜向、偏心撞击力作用下,质量块一般主要在水平面形成x0、y0、φ0三个自由度的联合迫振。

    Under the periodic eccentric , inclined impact exerted by the ship , generally the mass block exhibits combined forced vibrations from Xo , Yo , & φ o angles on the horizontal face .

  7. CSR能区UU碰撞中核形变的模拟研究当发生碰撞时,前后防撞褶皱区可发生变形吸收撞击力。

    Simulating and Research on Nuclear Deformation in CSR UU Collisions with front and rear crumple zones that help absorb impact energy in a collision .

  8. 结果发现:不同撞击力可间接引起TMJ不同程度的损伤,其损伤程度与被撞击部位的压强成正相关关系。

    The results showed that different impact strength caused various degrees of TMJ injury , positive correlation between degrees of TMJ injury and pressure on the mandibular angle was found .

  9. T1S橡胶鞋底可减震、吸收撞击力,保护足部。

    T1S Rubber outsole absorbs shock and impact and protects the foot from the elements .

  10. 用Hertz接触模型处理法向撞击力,分别用Hertz切向接触模型和Coulomb摩擦力模型处理粘滞状态和滑动状态的摩擦力。

    Hertz contact model was used to deal with normal impact force , and Hertz tangential contact model and Coulomb friction model were used to deal with static tangential impact force and slip frictional force , respectively .

  11. 钢化玻璃,我们只使用符合中国3C认证和国际质量标准认证的产品,玻璃厚度可做从6mm到12mm,使产品看起来大方优美,且质量坚固抗撞击力强,足以应付日常使用中的任何情况;

    Tempered glass , from6mm to12mm , we only use those that comply with domestic CCC & international CE cerfication , makes our products look elegant but very resistant and solid for daily use ;

  12. 同时,作者通过在175F柴油机上的实验验证了润滑油膜对撞击力的影响。

    The tests for 175F diesel engine show us that the crashing reciprocating force has been greatly influenced by the oil film between the piston rings and cylinder .

  13. 武汉军山长江大桥设计船舶撞击力的探讨

    Investigation and Discussion of Design Vessel Collision for Wuhan Junshan Changjiang Bridge

  14. 这辆汽车受到很大的撞击力而完全损坏。

    The car was completely wrecked by the force of the collision .

  15. 同时还利用该预报方程分析了各种因素对接触撞击力的影响。

    Various factors influencing the impact force are also analyzed .

  16. 撞击力&压入位移关系的弹性分析

    Elastic Analysis for the Relationships between Impact Force and Indentation

  17. 提供船舶撞击力及结构动内力。

    Impact force of ship and dynamic stress of structure are giver .

  18. 船舶撞击力作用下单桩动力响应分析

    Analysis of Single Pile Dynamic Response under Ship Impact Load

  19. 泵站拍门撞击力的简化计算方法及其应用

    Simple Method for Calculating Impulse Force by Flap Valve in Pumping Station

  20. 利用保护系统减小或消除撞击力。

    Use of protective systems to either reduce or eliminate the collision forces .

  21. 柔性头部模型与大挠度板接触撞击力的预报方法

    Prediction for contacting force of flexible head impact on a high distortion plate

  22. 电子仪表装在汽车不同的部件上测量各种撞击力。

    Electronic gauges attached to various parts of the vehicle measure impact forces .

  23. 此外,一体式的驾乘舱结构可将撞击力分散到整个车身。

    The high integrity cabin structure dissipates impact energy into the entire body .

  24. 涌浪作用下的油轮撞击力

    The Impact of Berthing Tanker Under Long Wave Action

  25. 通过公式确定驳船撞击力。

    The barge collision impact forces determined by eqs .

  26. 带有缓冲装置的大型拍门撞击力的研究陕北石油秩序

    Research in Impact of Clapping Gates with Oil Dashpot in Large Size Pumping Station

  27. 大型轧机撞击力的分析

    Theoretic analysis of impact of heavy plate mill

  28. 文中利用振型迭加法求解桩顶动反力及撞击力,文末对有关影响因素进行了分析。

    Dynamic resisting force of pile and impact force are solved by mode-superposition method .

  29. 基于概率论原理的特大桥梁船舶撞击力确定方法

    Method for Determination of Ship Impact Force onto Major Bridges Based on Probability Principles

  30. 根据接收到的撞击力的不同,气囊应用到两级充气装置里面。

    Air bag is deployed in two stages according to the strength of impact received .