cast-steel

英 [kɑːst stiːl] 美 [kæst stiːl]

网络  铸钢

电力



双语例句

  1. Design and experiment for large size cast-steel joints of the heterotypic steel structure for high-rise building
    异型高层钢结构超大型复杂铸钢节点设计及试验研究
  2. Effects of Inclusion on Rim Crack and Optimization of Production Technology of Heavy-Haul Cast-Steel Wheel
    重载用铸钢轮生产工艺优化及夹杂物对辋裂的影响
  3. Optimization of Casting Process for Cast-steel Valve with Computer Simulation Numerical simulation and optimization of electromagnetic field of TE_ ( 103) sing-mode cavity
    计算机模拟在铸钢阀体工艺优化中的应用TE(103)单模谐振腔的计算模拟及优化
  4. Experimental study on fatigue properties of cast-steel joints of Hangzhou Bay Sightseeing Tower
    杭州湾观光塔铸钢节点疲劳性能试验研究
  5. Elastic-plastic analysis and experimental study on drum cast-steel joint of reticulated shells
    网壳结构鼓型节点弹塑性分析及模型试验
  6. The paper introduces the key technology of welding cast-steel joint to the seamless steel pipe in a project.
    本文介绍了某工程中大型铸钢节点与无缝钢管焊接的关键技术。
  7. FEM analysis of cast-steel support joints of Cangzhou Gymnasium
    沧州体育馆铸钢支座节点有限元分析
  8. The carbon content of mild steel is much lower than cast-steel.
    软钢的含碳量要比铸钢的低得多。
  9. Numerical Simulation of Solidification Process of Cast-steel Riding Wheel and Its Process Optimization
    铸钢托轮凝固过程数值模拟及工艺优化
  10. Structural Design of Cast-steel Joint for Wuxi Museum
    铸钢节点在无锡博物院工程中的应用研究
  11. Cast-steel joints applied to the civil engineering by designers represent many advantages such as beauty, freely design and safety.
    铸钢节点在现代大跨钢管结构中表现出了造型美观、可塑性强、受力安全合理等优点,正在逐渐被工程设计人员应用于工程实际中。
  12. The full-scale test on the cast-steel joint of the steel-reticulated shells for Chongqing Olympic stadium is reported. The heavy loading frame in ten directions and the ways to push or pull 10 spars are introduced.
    通过重庆奥林匹克体育中心体育场钢网壳结构铸钢节点足尺试验,介绍了满足空间10个方向、大吨位加载的加载框架,以及对10根杆件施加压力或拉力的方式。
  13. The origination and location of shrinkage porosity ( hole) in the rudder horn was described by simulating the filling process of large pelagic cast-steel rudder horn using a CAE software.
    利用华铸CAE软件对大型挂舵臂铸钢件进行凝固过程的数值模拟,揭示了铸件产生缩松、缩孔的部位和形成原因。
  14. The Producing Reasons and Precaution Measures of Crack in Cast-steel Wheel and Gear
    铸钢车轮及齿轮裂纹产生的原因和防止措施
  15. Because of the complicated shape and many bars connecting together, it is impossible that all the main imperfections are taken into account in the theoretical analysis of the cast-steel joint used in Shanghai Southern Railway Station.
    上海南站无柱雨棚铸钢节点由于其汇交杆件多,理论分析无法考虑节点制作过程中的各种缺陷。
  16. Full-Scale Experiment on Spherical Cast-Steel Joint of Long-Span Reticulated Shells
    大跨度网壳结构铸钢球节点实体试验研究
  17. Nonlinear Finite Element Analysis of Cast-Steel Joints in Pipe Truss and Research on Some Correlative Problems
    管桁架复杂铸钢节点非线性有限元分析及相关问题研究
  18. Experiment of complex loading on the cast-steel joint of large Steel-Reticulated shell structure
    大型钢网壳结构铸钢节点复杂受力的试验研究
  19. From the stress distribution obtained through the experiment, the security and load-bearing capacity of the spherical cast-steel joint were evaluated based on the Mises strength criterion.
    根据试验得到的铸钢球节点实际应力分布情况,按Mises强度理论对其承载能力进行了评价。
  20. Analysis on some common defects and the influential factors of cast-steel with cost foam process
    消失模铸钢生产中常见铸造缺陷及影响因素分析
  21. Origination of Surface Groove in Cast-steel Parts in Investment casting with Silica Sol Shell
    硅溶胶型壳铸钢件表面沟槽形成原因
  22. Nonlinear Analysis of Cast-Steel Joints for the Center of Exhibition and Sport in Nantong
    南通市体育会展中心铸钢节点模型的非线性有限元分析
  23. Discussion on Application of cast-steel node in large-span pipe truss architecture steel structure
    铸钢节点在大跨度管桁架建筑钢结构中应用探讨
  24. Since micro-alloying element is used less, the effects on casting properties is very small. Micro-alloyed cast-steel can also be produced in normal smelting unit, so the cost is quite low.
    同时由于微合金化元素加入量少,对铸钢的铸造性能影响很小,同时也可用常规熔炼设备生产,故成本较低。
  25. Micro-alloyed cast-steel was developed from microalloy technology in steel, which features a high yield strength; high toughness and good welding performance compared with ordinary cast steel.
    微合金化铸钢是在微合金化钢技术基础上发展起来的。相对于一般工程用铸钢,其特点是具有高的屈服强度,较高的韧性和良好的焊接性能。