TKE:湍流动能

湍流动能(Turbulence Kinetic Energy,常缩写为TKE)是流体力学中的重要参数,用于描述湍流中脉动速度所包含的动能。该术语在能源、航空航天、气象及环境工程等领域被广泛使用,其缩写形式TKE便于在学术文献和工程应用中快速书写与交流。

Turbulence Kinetic Energy具体释义

  • 英文缩写:TKE
  • 英语全称:Turbulence Kinetic Energy
  • 中文意思:湍流动能
  • 中文拼音:tuān liú dòng néng
  • 相关领域tke 能源

Turbulence Kinetic Energy的英文发音

例句

  1. The simulation results demonstrated flow velocity, turbulence kinetic energy and wall temperature increased with increment of heat flux.
  2. 计算结果表明:随着热通量的增加,流场的速度、湍流强度和壁温均升高。
  3. The distributions of velocity vectors and turbulence kinetic energy are given.
  4. 给出搅拌槽内速度分布和湍流动能(TKE)分布图。
  5. The results showed that adding inner and outer guiding baffles can reduce high turbulence kinetic energy dissipation rate region.
  6. 首先采用PIV方法对小型跑道池内流场进行了测量,实验结果表明添加内外导流板,能够使高湍流动能(TKE)耗散率区域明显减小,并且湍流动能(TKE)耗散率分布与湍动能分布呈高度正相关。
  7. The relation of the TKE ( turbulence kinetic energy ) with crank angle was understood.
  8. 最后给出了TKE(湍流动能(TKE))随曲轴转角的变化图。
  9. According to the distributions of the turbulence kinetic energy and turbulence dissipation rate obtained by numerical simulation, the fundamental cause of the decrease in energy dissipation ratio with the increase in the unit discharge is discussed and some specific measures to increase the energy dissipation ratio are presented.
  10. 根据紊流数值模拟得到的坝面流场的紊动动能和紊动耗散率分布,对单宽流量增大时消能率降低的根本原因进行了探讨,提出了一些提高消能率的具体措施。