输电线路塔

shū diàn xiàn lù tǎ
  • transmission tower
输电线路塔输电线路塔
  1. 输电线路塔头电气间隙校核的计算机实现

    Computer Realization of Electric Clearance Check for Tower Head of Transmission Line

  2. 输电线路塔&线混合体系的动力学模型分析

    Analysis of Dynamics Models of Cable - strut Mixed System for Transmission Lines

  3. 大跨越输电线路塔的振动控制

    Vibration Control of Long Span Transmission System

  4. 采用一种直线单元的非线性有限元法,分析了输电线路塔线体系的静、动力特性,并给出了塔&线混合体系的静、动力平衡方程。

    The static and dynamic behavior of cable-strut system were analyzed and its static and dynamic increment equilibrium equations were obtained using nonlinear finite element method of a straight line unit .

  5. ADSS光缆与输电线路同塔并架工程设计与开发

    Design exploitation for ADSS optical cables sharing towers with transmission lines

  6. 500kV紧凑型同塔双回输电线路组塔施工工艺研究

    Research on Tower Erection Technique of 500 kV Compact Double-circuit Transmission Line

  7. 220kV输电线路021塔地基稳定性评价

    Assessment of Ground Stability of Tower 021 in Transmission line of 220 kV

  8. 同塔并架多回输电线无线电干扰分析ADSS光缆与输电线路同塔并架工程设计与开发

    Analysis of the Radio Interference for Parallel Multi-circuit Transmission Lines on the Same Tower Design exploitation for ADSS optical cables sharing towers with transmission lines

  9. 1000kV特高压输电线路换位塔

    Transposition Tower of 1 000 kV EHV Transmission Line

  10. 文章详细介绍了ADSS光缆与输电线路同塔并架工程设计与仿真系统集成用户界面、前后处理模块的主要功能,运用OpenGL的三维可视化和仿真功能,并采用Visualc++编写程序予以实现。

    The project design and main functions of simulation software integrate interface and the forward and backward treating modules for ADSS sharing towers with transmission lines are discussed , and the software realizing process using Visual C + + and OpenGL is introduced in this paper .

  11. 分析探讨了500kV输电线路换位塔型式的选择及其位移计算,并推导出一个简单合理的计算方法,以解决工程中遇到的实际问题。

    Analyze and discuss the pattern selection of transposition tower of 500 kV transmission line and its displacement calculation , and deduce a simple and reasonable calculation method to solve practical problems in engineering .

  12. 特高压输电线路直线塔纵向不平衡张力取值的探讨

    Investigation into Longitudinal Unbalanced Tension Value of EHV Transmission Suspension Towers

  13. 输电线路自立塔基础选型程序化探索

    Routinization of the Foundation Lectotype for Transmission Line Independence Tower

  14. 特高压输电线路钢管塔管&插板节点受弯性能

    Bending Performance of Tube-Gusset Joint in Steel Tubular Tower for Extra-High-Voltage Transmission Line

  15. 输电线路钢管塔球节点焊接质量控制研究

    Study on Welding Quality Control of Ball Nodes of Transmission Line Steel-tube Tower

  16. 特高压输电线路钢管塔节点极限承载力试验研究

    The Experimental Investigation about Ultimate Strength of Steel Tubular Tower 's Joint Applied in Extra-High Voltage Transmission Line

  17. 按照空气动力弹性相似准则,设计制作了某高压输电线路终端塔全塔气动弹性模型,并按响应相似原则模拟了柔性输电导线;

    An aeroelastic model for a UHV power transmission tower and its conductors was designed according to the law of similarity and tested in an atmospheric boundary layer wind tunnel .

  18. 作为输电线路钢管塔关键部分的节点,各种构件在此交汇,其应力状态十分复杂,应力集中现象非常明显。

    The joints are the key parts of steel transmission towers . The joints are intersected by various components , which caused very complex stress states , and the stress concentration here is obvious .

  19. 本文介绍了输电线路钢管塔T字型焊缝的主要缺陷及其超声波回波特征,提出了T字型焊缝三种超声波探伤方法,说明了探伤工艺对保证产品质量的重要性。

    In this paper , having investigated the main defects and echo character of T-style weld of power transmission steel tower , The author presents three methods used for ultrasonic detecting T-style welds and explains the importance of detect technique to pledge welding quality .

  20. 施工单位自行设计制造二线联板锚固板,与通用机具组合,进行500kV输电线路耐张塔整串更换耐张绝缘子的施工。

    The anchoring plate of double-wire junction plate designed and fabricated by construction organ own is combined with the general machine and tools for replacement of strain insulator strings on the strain towers of 500 kV transmission line .

  21. 近年来,覆冰引起的输电线路断线倒塔事故对电力系统的安全运行造成了严重威胁。

    Recently , tower collapse and power line disconnection accidents caused by icing in power transmission line cause a serious threat on safe operation of power system .

  22. 500kV输电线路两柱式钢管塔施工

    Construction of 2-Column Type Tubular Steel Tower for 500 kV Lines

  23. GB/T13792-1992带式输送机托辊用电焊钢管500kV输电线路两柱式钢管塔施工

    Welded steel pipe for supporting roller of belt conveyer Construction of 2-Column Type Tubular Steel Tower for 500 kV Lines

  24. 利用两跨一基耦合模型,对比分析了江苏境内500kV输电线路某段拉线塔体系的动、静力位移指标,验证了静风载计算的不足。

    Finally , the dynamic and static displacement index of some stayed tower in a 500 kV transmission line of Jiangsu province were compared and analyzed , and the shortage of static wind load system was verified .

  25. 2008年输电线路冰灾倒塔原因分析

    Analysis on Transmission Tower Toppling Caused by Icing Disaster in 2008

  26. 特高压直流输电线路跨越耐张塔的结构优化

    Optimization on Cross-over Strain Tower Structure in EHV Transmission Lines

  27. 台山电厂输电线路大跨越钢管塔的结构可靠度分析

    Structure reliability analysis of long span transmission line steel pole tower of Taishan electric power plant

  28. 专业生产输电线路铁塔、通讯塔、广播塔、路灯杆等产品。

    It is specialized in producing transmission line tower , communications towers , broadcast towers , light poles and other products .

  29. 依据输电线路的技术特点,介绍了适合与输电线路同塔架设的各种光缆。

    According to the specialties of the transmission lines , the paper introduces some kinds of optical cables suitable to be laid with the transmission lines on the same tower .