welding heat

英 [ˈweldɪŋ hiːt] 美 [ˈweldɪŋ hiːt]

网络  焊接热

机械



双语例句

  1. Research on Microstructure and Properties of Welding Heat Affect Zone for High Strength Pipeline Steels
    高强度管线钢焊接热影响区组织与性能研究
  2. Study on Embrittlement Mechanism of Narrow Interval Submerged Arc Welding Heat Treatment for Pressure Vessel
    压力容器窄间隙埋弧焊热处理脆化机理研究
  3. Effect of Post Welding Heat Treatment on Metal Resist Stress Corrosion Properties
    焊接后热处理对金属材料抗应力腐蚀性能的影响
  4. On reaching welding heat, the metal surfaces are pressed together.
    当金属表面达到焊接热度时就会压在一起。
  5. Welding Heat Simulation Experiment of High Input Energy Welding Steel Plate for Oil Storage
    大型原油储罐用钢的焊接热模拟试验
  6. In frequent bending stress condition, fatigue cracking occurred due to the cracking source had been initiated in welding heat affected zone.
    在承受频繁的弯曲应力作用后,在其焊接热影响区萌生了裂纹源进而发生疲劳开裂。
  7. Impact toughness in the welding heat affected zone of HSLA steel with boron
    含硼低合金高强度钢焊接热影响区冲击韧度
  8. Welding heat analyze of car door's hinge based on ANSYS
    基于ANSYS的车门铰链焊接热分析
  9. According to the results obtained, it is clear that the steel of low-carbon Mn-Si-Cr system with F/ B ( or M/ B) duplex phases is a new high strength steel for high welding heat input.
    试验结果表明,该钢具有焊接冷裂纹倾向低、可用大线能量焊接、焊后不宜进行消氢处理等特点,可用作高强度大焊接线能量用钢。
  10. In this paper, a double-ellipsoid heat source model was used for simulating the welding heat source of bogie frame.
    采用双椭球热源模型,对转向架构架焊接过程中所涉及热源进行仿真计算,并通过试验验证了结果准确性。
  11. The simulated welding heat cycle curve was compared with the practice welding heat curve.
    将模拟的焊接热循环曲线与实际焊接热循环曲线进行对比,利用非线性模拟对模拟的焊接热循环曲线进行拟合,得到与实际热循环曲线相接近的焊接热循环曲线。
  12. Temperature field distribution of weldment, which reflects complex welding heat process, is a basic on studying welding deformation, residual stress and so on.
    焊件中的温度场分布反映了复杂的焊接热过程,是研究焊接变形、焊后残余应力等状况的基础。
  13. The research discusses the effect of welding heat, welding press and post heat treatment and cool heat cycle on shape recovery ratio of the welded joints, analyzes the microstructures of the welded joints and obtains the optimum parameters of good shape recovery ratio joint.
    分析了焊接热量、焊接压力、焊后热处理等焊接参数及冷热循环对接头形状恢复率的影响,并对接头的显微组织进行了分析,得出了获得最佳接头形状记忆效应的条件。
  14. Through the theoretic calculation and measurement, the features of conducting friction welding heat source and the characteristics of technology process of conducting friction welding are revealed.
    通过理论计算和实际测试,揭示了导电摩擦焊热源的特征和导电摩擦焊工艺过程的特点。
  15. Its body and welding heat effecting area are very sensitive to HIC.
    且管体和焊接热影响区对HIC十分敏感。
  16. The different spot and seam welding heat cycle and pressure cycle and its application are introduced in this paper.
    本文介绍点焊和缝焊时各种热循环和压力循环及其适用范围;
  17. This article introduces the special welding products capable of reaching equivalent mechanical functions of the base materials: strength, creep and toughness, taking the Post Welding Heat Treatment ( PWHT) into consideration.
    本文介绍了能够达到与母材力学性能相当的特殊焊接产品的强度、蠕变和韧性,同时考虑到了焊后热处理(PWHT)条件。
  18. The content percent of the different microstructures with varied welding heat input was measured.
    本文定量测定了接头各组织的百分含量随焊接热输入的变化规律。
  19. This article has evaluated simply the welding performance of 16MnR ( HIC) carbon steel from Pcm& Ceq and the method of Max. hardness value of welding heat effect area.
    评价了新型16MnR(HIC)钢的焊接性,从钢板的Pcm、Ceq以及焊接热影响区最高硬度值法等方面进行了分析;
  20. The results show welding heat input has a remarkable effect on the mechanical properties of the joint.
    试验结果表明,焊接热量对接头的力学性能有着显著的影响。
  21. Conducting friction welding heat source has been studied in this paper [ 1], and the related heat transfer equation is set up.
    在对导电摩擦焊热源进行研究的基础上,建立了相应的传热方程。
  22. The temperature field in welding HAZ was studied and analyzed, Welding heat curve was set up by argon-shielded tungsten arc welding experiment.
    通过钨极氩弧焊试验,对焊接热影响区温度场进行分析和研究,建立了焊接热循环曲线。
  23. In this paper, the process of grain growth in the welding heat affected zone ( HAZ) of the super pure stainless steel of EB26& 1 was simulated by a MC method.
    结合焊接工艺试验和热模拟试验,运用蒙特卡罗(MC)技术模拟了超纯铁素体不锈钢EB26-1焊接热影响区(HAZ)晶粒生长过程。
  24. Lower impact toughness was found in welding heat affected zone of trial steel.
    发现试验钢的焊接热影响区冲击韧性较低。
  25. Strain capacity, strain rate and dislocation density were raised rapidly under the special welding heat and stress condition.
    在振动焊接所特有的热、力条件下,应变量和应变速率迅速提高,位错密度相应急剧增加。
  26. The microstructure and mechanical properties of the welded joint with different welding heat input was discussed, and a group of weld joints with optimal mechanical properties have been selected for corrosion test.
    讨论了该合金焊接接头的微观组织以及不同焊接线能量下的接头力学性能,并选取力学性能最优的一组焊接接头进行腐蚀试验。
  27. In order to simulate the residual stress and deformation of large-scale spiral casing of water turbine, the welding heat source model and the temperature field of multipass welding are studied in this paper.
    为了对大型水轮机蜗壳的焊接残余应力和变形进行数值模拟,本文首先对焊接热源模型及多层多道焊的温度场进行了研究。
  28. The temperature field analysis results showed that the welding heat cycle curve accorded to the electron beam welding process.
    温度场分析结果显示,焊接热循环曲线符合电子束焊接的特点。
  29. The result showed that low alloy high strength steel was sensitive to the welding heat input.
    结果表明,低合金高强钢对焊接热输入敏感。