induction hardening

英 [ɪnˈdʌkʃn ˈhɑːdnɪŋ] 美 [ɪnˈdʌkʃn ˈhɑːrdnɪŋ]

高频硬化(淬火);感应淬火

机械



双语例句

  1. The Non Destructive Testing ( NDT) system is primarily a poke yoke device for the induction hardening process.
    非破坏性试验系统的主体是一个装有轭形冲击线圈用来感应淬火的装置。
  2. The grinding hardening is a new technology of hardening workpiece surfaces using grinding heat which is realistic substitution for the induction hardening process.
    磨削淬火是利用磨削热对工件表面进行热处理,使工件表层发生马氏体相变,达到与表面强化处理一样的性能。
  3. Flame hardening and induction hardening are the methods usually used to harden larger gears.
    火苗淬火和感应淬火是经常在大型齿轮上使用的热处理方法。
  4. A high frequency induction hardening machine for chain pin was researched and designed.
    设计并制造了一台锯链链轴高频感应加热淬火机械装置。
  5. Application of Robot Control Induction Hardening in Large Mold Surface Heat Treatment
    机器人控制感应淬火在大型模具表面热处理中的应用
  6. Computer prediction and experiment validation of microstructure and hardness distribution of parts after induction hardening
    感应淬火零件组织和硬度分布的计算机预报及试验验证
  7. This process has been successfully used in induction hardening main-rails of Sanxia Dam and hydraulic power station.
    确定后的工艺已成功应用于长江三峡大坝及电站主轨的表面感应热处理。
  8. The results showed that tempered soft zone in harden zone case produced in process of discontinuous medium frequency induction hardening which has microstructure of tempered sorbite and low hardness and low fatigue limit were major reason to cause driven gear cracking.
    结果表明,因中频淬火的不连续,使淬硬层出现了回火软区,组织为回火索氏体,降低了材料的硬度和疲劳极限,最终导致从动齿轮开裂。
  9. Quantitative Analysis and control of Deformation in Surface Induction Hardening Heattreatment
    表面感应加热淬火热处理变形量的定量分析与控制
  10. Research on the Application of High Power Pulse Induction Hardening
    大功率感应脉冲淬火技术的应用研究
  11. The induction hardening technology used in process& equipment and the main factors affecting the quality of induction hardening are introduced. The ideal process parameters and selection of equipment condition are put forward and has guide meaning to its application and spread.
    介绍了缸盖阀座高频淬火技术的工艺实现、装备实现和影响淬火质量的主要因素,从而提出理想的工艺参数和装备条件的搭配,对该技术的应用推广具有指导意义。
  12. Induction hardening technique of joural fillets for LR6100 engine crankshaft was used surface hardening.
    对LR6100发动机曲轴采用圆角感应淬火工艺进行表面强化。
  13. Microhardness test and residual stress measurement were done along the depth of piston rod after induction hardening to compare with the results of calculation.
    对感应淬火处理的活塞杆进行了沿深度方向的显微硬度试验和残余应力测试。
  14. The Hardening case depth and hardness curve can be changed by adjusting heating time, heating power and cooling speed during induction hardening.
    在感应淬火中,通过改变加热时间、加热功率和冷却速度可以改变淬硬层深度和硬度梯度。
  15. Application of Mid-frequency Induction Heating to Spring Production Analysis on Cracking of the Sprocket During Mid-frequency Induction Hardening
    中频感应加热在弹簧生产中的应用链轮中频感应淬火开裂原因分析
  16. A new numerical control vertical universal induction hardening machine is introduced in this paper.
    介绍一种新型数控立式通用感应淬火机床。
  17. Review on Induction Hardening Process of Gears in China
    对我国齿轮感应淬火技术的评述
  18. Finite element analysis ( FEA) software, ANSYS/ Thermal, was used to simulate the thermal field for high frequency induction hardening process.
    应用有限元分析软件AN-SYS/Thermal对高频感应淬火工艺过程中的温度场进行了模拟。
  19. CNC System Composed of PLC and HMI for Induction Hardening
    由PLC和HMI构成的感应淬火机床数控系统
  20. The continuous induction hardening technology for large-scale plate parts of metal recovery equipment has been investigated.
    研究了金属回收设备上的板状零件大平面板件的连续感应淬火工艺。
  21. Experimental Research on the Contact Fatigue of Induction Hardening Gear
    感应淬火齿轮台架接触疲劳试验研究
  22. The induction hardening on train axle surface was studied to raise bending fatigue and anti slight move corrosion properties of the axle to meet the requirement of heavy load and high speed railway in our country.
    开展了40钢车轴表面感应淬火强化工艺研究,以提高车轴的抗弯曲疲劳性能和抗微动磨蚀性能,以适应我国重载、快速及高速铁路运输对车轴的要求。
  23. These models can then be utilized in the design of a power supply, its control system and optimization control of induction hardening process.
    这些模型可以用于加热电源优化设计和感应淬火过程参数优化控制等。
  24. Induction hardening and tempering, rapid surface induction hardening;
    感应加热调质,快速表层感应加热淬火;
  25. In the calculation of induction hardening, firstly current and frequency are applied to the finite elements making up the electrical pole and graphite electrode, and an electromagnetic harmonic analysis is performed.
    本文在计算感应加热时首先将电流和电源频率加载在导电柱和石墨电极的有限元模型上进行电磁谐波分析。
  26. A great deal of energy makes parts surface create severe transformation, therefore induction hardening numerical simulation is necessary.
    大量的热能使零件表面产生严重的变形,因此研究感应加热的数值模拟是非常必要的。
  27. The traditional induction hardening CNC machine is a kind of parts with a sensor and the efficiency is lower.
    传统的数控感应淬火机床是一种零件配一种感应器,生产效率低下。
  28. Along with the application of the induction heating technology, CNC Induction Hardening Machine has been serialized.
    随着感应加热技术的应用,数控感应淬火机床已经系列化。