centrifugal fan

英 [ˌsentrɪˈfjuːɡl fæn] 美 [senˈtrɪfjəɡl fæn]

离心(式)风扇

化学



双语例句

  1. The Application of CFD Numerical Simulation to Design and Analyze Impeller of Centrifugal Fan
    应用CFD数值模拟对离心通风机叶轮进行设计分析
  2. Application and Research of the Working Principle of Centrifugal Fan on Cement Grouting
    离心通风机工作原理在水泥灌装中的应用研究
  3. Numerical Optimization of Volute Outlet Structure for Forward-Curved Centrifugal Fan
    前向离心风机蜗壳出口结构的数值优化
  4. Performance analysis of centrifugal fan for air handling unit
    离心风机在空气处理机组中的性能分析研究
  5. Experimental Research and Simulation Analysis of Centrifugal Fan in Air and Screen Cleaning Device
    风筛式清选装置中离心风机的试验研究及仿真分析
  6. Experimental study of the effect of inclined leading edge diffuser on a high speed centrifugal fan performance
    高速离心风机叶片扩压器前缘倾角对其性能影响的实验研究
  7. Practice and simulation analysis for reducing the centrifugal fan noise with bionics volute tongue
    仿生降噪蜗舌试验研究与数值模拟分析
  8. Discussion of Connection Mode of Impeller and Main Shaft in Centrifugal Fan
    离心通风机叶轮与主轴联接方式的探讨
  9. Study on the Optimization Design of the Impeller for G4-73 Centrifugal Fan
    G4-73离心通风机叶轮优化设计研究
  10. The Cross-platform Unfolding Method for Airfoil Type Blade of Centrifugal Fan
    机翼型离心通风机叶片的跨平台展开方法
  11. This paper has discussed the problems related to flow incidence angle in centrifugal fan.
    对与离心式通风机的气流冲角等相关度问题进行了探讨。
  12. Technology of step tongue volute is introduced and applied to a centrifugal fan for discharging lampblack.
    介绍了阶梯蜗舌技术,并将其应用于一种排油烟的离心风机。
  13. Marine Air-cooled Air Conditioner Capacity range: 23.2kw-232kw Marine centrifugal fan of hi-efficiency, Safe running and low noise.
    舰船用风冷式空调装置能量范围:23.2kw-232kw船用高效离心风机,运行可靠,噪音低。
  14. Volute Shape and Structure Performance Analysis of Centrifugal Fan Based on CFD
    基于CFD的离心通风机蜗壳型线结构性能分析
  15. Parametric Design of Centrifugal Fan Volute Based on CATIA
    基于CATIA的离心通风机蜗壳参数化设计
  16. The Improved Calculation and Test Research on Centrifugal Fan for Marine
    船用离心通风机改进计算与试验研究
  17. 3-D numerical simulation for flow field of G4-73 centrifugal fan based on finite volume method
    基于有限体积法的G4-73型离心风机三维流场数值模拟
  18. In order to design a new model centrifugal fan with high performance, a new slotted technique on splitter blade used for impeller design in centrifugal fans was presented.
    为高性能新型风机设计进行了应用技术研究,提出在离心风机叶轮设计中采用长短叶片开缝的新技术。
  19. The Optimization Method of Centrifugal Fan Structures Based on CFD and Test Comparison
    基于CFD的离心通风机结构优化方法与试验对比
  20. Introduced the noise classification and the mechanism of centrifugal fan in the rubber industry, and analyzed the conversion of centrifugal fan noise level.
    介绍了橡胶工业用离心风机的噪声分类及噪声机理,分析了离心风机噪声级的换算。
  21. Aerodynamics Optimization and Noise Characteristic for Forward-Swept Centrifugal Fan with Tandem Blades
    串列叶片式前向离心风机气动与噪声特性的优化研究
  22. Numerical Study on the Effect of Volute Thickness to Centrifugal Fan Structural Noise
    蜗壳壁厚对离心风机振动噪声影响的数值研究
  23. Inline Centrifugal fan, Cabinet Centrifugal Fan.
    管道离心风机,箱体离心风机。
  24. Experimental Investigation on Volute of Centrifugal Fan With a Vortex-broken Device
    离心风机蜗壳内加装旋涡破碎装置的实验研究
  25. Dynamic Response of Volute of Centrifugal Fan under Aerodynamic Excition
    离心风机蜗壳在内部流场脉动压力激励下的动力响应研究
  26. Centrifugal fan. Center circle can be shown or hidden.
    离心风扇。可显示或隐藏中心圆。
  27. The results show the many important phenomena of the internal flow and their development in the multi-blade centrifugal fan.
    研究结果揭示了多叶离心式通风机内一些重要的流动特征及其变化规律。
  28. Speed and the angle of tuyere of Centrifugal fan are main factors for Combine sieve surface airflow distribution.
    离心风机的转速及其出风口角度是影响联合收割机筛面气流场分布的两个主要因素。
  29. There are so many kinds of fans, such as axial flow fan, centrifugal fan and high pressure fan.
    风机的种类繁多,有轴流风机,离心风机,还有高压风机。
  30. It shows that the flow field in the inlet box of a centrifugal fan can be simulated successfully with the algorithm described in this paper.
    这表明,该算法可以较好地模拟离心式风机进气箱内气体的流动,其计算结果可为进气箱的设计和改造提供参考。