weld thermal cycle

英 [weld ˈθɜːml ˈsaɪkl] 美 [weld ˈθɜːrml ˈsaɪkl]

网络  焊接热循环

化学



双语例句

  1. Effect of Weld Thermal Cycle on Second Phase Particles in Ti-Nb Micro-alloyed Steel
    焊接热循环对Ti-Nb微合金钢中第二相粒子的影响
  2. Synthetic apparatus for weld thermal cycle
    焊接热循环模拟装置
  3. Due to the choice of the weld metal and the local thermal cycle, the weld joint because heterogeneous in mechanical properties for different region.
    由于焊缝填充金属的不同和焊接热循环的作用,焊接接头不同区域有着不同的力学性能。
  4. A computer-aided system for testing and analyzing weld thermal cycle is presented in this paper.
    本文研究设计了一种焊接热循环参数测试及分析系统。
  5. Effect of the parameters in Weld Thermal Cycle on HAZ Grain of Microalloy Steel
    焊接热循环参数对微合金化钢热影响区晶粒的影响
  6. Corrosion resistance of nickel-base alloy spray welding layers after undergoing weld thermal cycle
    带喷焊层钢管焊接接头热影响区耐蚀性能的研究
  7. Weld thermal cycle simulation was used to reproduce the structure in the HAZ of single run and multi-layer welding.
    采用焊接热模拟再现了单道焊和多层焊HAZ的组织。
  8. The Ti-bearing steel ( 0.014% Ti) showed little change in the TiN particle distribution on welding, being in agreemetn with the calculated result of very limited TiN solution during the weld thermal cycle.
    Ti钢(0.014%Ti)焊接中TiN粒子变化很少,与焊接热循环中TiN很有限的溶解计算结果相吻合。
  9. The action of multilayer weld thermal cycle, as the postweld heat treatment, causes the carbon diffusion and carbide precipitation etc, in weld bond of former welding layer.
    另外焊接重热作用可以象焊后热处理一样引起前一焊层中熔合区发生碳扩散和碳化物析出等现象。
  10. The pattern of side bend of Mn Si multi layer weld is investigated with side bend test of weld joint, optical microscope and scanning electron microscope analysis. The relationship between weld thermal cycle, heat input and microstructure with pattern of side bend is also discussed.
    本文通过焊接接头侧弯试验、光学显微镜和扫描电镜分析,对Mn-Si系多层焊焊缝侧弯形貌进行了研究,探讨了侧弯形貌与焊接热循环、焊接线能量及显微组织之间的关系。
  11. The system can collect and process data conveniently. Its hardware part consists of thermocouples, a date acquisition card and a microcomputer. To simulate the parameters of weld thermal cycle, some programs are developed using C++ Builder 7.0 language.
    该系统硬件部分由热电偶、数据采集卡、信号放大电路、滤波电路、微机等组成,软件部分主要采用面向对象编程语言C++Builder7.0编写。
  12. The Measurement of Weld Thermal Cycle in Welding by Both Sides SAW Spiral Pipe
    螺旋管双面埋弧焊焊接热循环的测定
  13. Research and Development of a New Type System for Testing and Analyzing Weld Thermal Cycle
    新型焊接热循环测试及分析系统的研究与开发
  14. The microstructures of weld metal and HAZ under different thermal cycle are analyzed correspondingly.
    分析了在不同焊接热循环条件下相应的部分易淬火钢焊缝及热影响区的显微组织。
  15. Influence of weld thermal cycle on toughness and microstructure of Cr-Al low alloy steel
    焊接热循环对Cr-Al低合金钢韧性及组织的影响
  16. The weld have different thermal cycle curves in different processing parameters, and thus different microstructures in welded joints and heat affecting zones are obtained, which would leads to different weld performances.
    在不同的工艺参数下会获得不同的热循环曲线,而不同的热循环曲线下获得的焊缝组织不同,组织不同造成焊缝性能不同。