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弦振动的英文

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"弦振动"怎么读用"弦振动"造句

英文翻译手机手机版

  • string vibration
  • vibration of strings

例句与用法

  • Equation of the vibrating string
    弦振动方程
  • By using hyperbola function method , a class of exact kink solitary wave solutions to the nonlinear vibrating string are obtaind
    用新近发展起来的双曲函数法,成功地得到了非线性弦振动方程的3组精确孤波解和2组其他类型的精确解
  • That two conditions of the expansion functions should be satisfied was presented by solving the nonlinear vibrating string equation and the combined kdv equation
    然后以求解非线性弦振动方程和组合kdv方程为例,指出其中的展开函数应该满足的两个条件。
  • In this paper , by using reductive perturbation technique , we studied the solitary waves in nonlinear vibrating string , plasma , blood vessel and nonliear transimission lines respectively
    本论文运用约化摄动法分别研究了非线性弦振动、等离子体物理、血液流动和非线性电路传输线等领域中的孤波现象。
  • The third , the vibration theory of chord is applied to establish the model of the ramming system . the chain organ ' s polygon effect and it s meshing impact are involved in the model . the transverse vibration of the ramming system is analysed for the solution
    运用弦振动理论建立了描述供弹机横向振动的理论模型,计及了链传动机构固有的多边形效应和啮入啮出冲击效应,计算获得了方程的数值解,描述了该机构的横向振动特性。
  • The cable sag and bending stiffness effects are studied on the higher natural frequencies of cable vibration . it is found that the differences of the higher adjacent frequencies go to the fundamental frequency of the taut string theory even though the cable sag or bending stiffness is included . this unique characteristic of cable vibration is used to determine the cable tension with the well - known taut string theory
    2 .考虑垂度和抗弯刚度对高阶自振频率的影响,探讨了索相邻频率之差,发现索的高阶频差就是弦振动理论的基频,利用这一特性,分析了频差法测索力的精度和适用范围。
  • The cable tension plays an important role in the construction control and long - term monitoring of cable - supported structures . the engineering implementation of a vibration - based cable tension evaluation is mostly carried out based on the taut string theory where the cable tension is estimated from measured natural frequencies by use of a simple explicit formula
    振动法测索力广泛应用于索结构的施工控制和健康监测,其原理是基于弦振动理论:索拉力与自振频率之间存在简单的关系,因此可以由实测的自振频率计算得到索力。
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