淬火冷却

  • 网络quench cooling;Quench;quenching
淬火冷却淬火冷却
  1. 介绍淬火冷却过程中的换热系数h的计算。

    Introduces a calculation of the overall coefficient h in the quench cooling process .

  2. 中厚板无约束淬火冷却过程温度场有限元模拟

    FEM Simulation of Temperature Field of Heavy Plate in Unconstrained Quench Cooling Process

  3. 其A→P被强烈推迟而难以发生,A→B被显著推迟,临界淬火冷却速度约为300℃/min。

    Its AP was severely delayed and difficult to appear , AB was obviously put off , the critical quenching cooling speed was approximately 300 / min.

  4. 运用有限元软件DEFORM采用反传热法对淬火冷却过程中的表面换热系数进行了数值模拟。

    Meanwhile , the surface heat transfer coefficient during quenching process was simulated by the finite element software DEFORM .

  5. 本工作通过计算标准顶端淬火冷却曲线,并利用计算得到的CCT曲线和数据,对合金钢淬透性曲线进行了预测。

    Through calculating the cooling curve of standard top quenching specimen and CCT-diagram , the hardenability curves of alloy steel are calculated .

  6. 在淬火冷却时,液相中析出BZN系立方萤石相。

    On quenching , BZN-based cubic fluorite phase precipitates from the liquid phase .

  7. 结果表明,热处理T6态合金的强度和硬度随着淬火冷却速率的增加而增大,而相对延伸率呈减小的趋势。

    The results show that the strength and macrohardness of the T6 heat treated alloy increase and the relative elongation decrease slightly with increasing quenching cooling rate .

  8. 各种冷却介质的不同冷速直接影响了试样的变形量,随淬火冷却速度的减小,GDL-1钢的淬火变形量减小。

    The test specimen 's distortion was directly affected by different cooling speed of different cooling medium . Along with quenching cooling rate reducing , the GDL-1 steel 's quenching distortion reducing .

  9. 双介质淬火冷却时间计算方法的研究

    Study of the Calculating Method of Cooling Time for Interrupted Quenching

  10. 液态介质中淬火冷却的四阶段理论

    The Four-Stage Differentiation of Heat Removal during Quenching in Liquid Quenchant

  11. 压力调节淬火冷却过程的探讨

    An Exploration of Cooling Process in Quenching by Pressure Control

  12. 介绍了淬火冷却性能测试设备及原理;

    Introduces the instrument of measurement and the experiment principle ;

  13. 冷却过程的动态特性与钢的实际淬火冷却

    Dynamic Feature of Cooling Process and Actual Quenching for Steel

  14. 淬火冷却技术和新介质的研究及其发展概况

    The State-of-Art in the Cooling Technique and Quenchants for Hardening

  15. 淬火冷却速度对碳素钢显微组织的影响

    Effect of cooling rate during quenching on the microstructures of carbon steel

  16. 利用常用钢热探头建立淬火冷却介质数据库

    Development of Quenchant Database Using Thermal Probes Made of Steels

  17. 汽车悬架弹性元件淬火冷却技术探讨

    Discussion on Quenching Cooling Technology for Automobile Hanging Elastic Element

  18. 数字化控时淬火冷却工艺及设备的研究与应用

    Research and application of digital timed quenching process and equipment

  19. 淬火冷却过程中瞬态温度分布及组织分布的数学模拟

    Mathematical Simulation of Instantaneous Distributions of Temperature and Structure in Quench Cooling Process

  20. 淬火冷却中球体表面冷却过程的几种描述方法

    Description Methods of Surface Cooling Process on a Spherical sample in Quenching Cooling

  21. 还对薄壳淬火冷却过程进行了粗浅的理论分析。

    A preliminary theoretical analysis on cool process of shell quenching was made .

  22. 水在钢铁淬火冷却过程中的分子动力学模拟

    Molecular dynamics simulation of water on quenching of steel

  23. 淬火冷却过程中表面综合换热系数的反传热分析

    Inverse Heat Conduction Analysis of Synthetical Surface Heat Transfer Coefficient during Quenching Process

  24. 反映了淬火冷却技术的国际最新研究和发展趋势。

    The recent research and development of the quenching technologies are also given .

  25. 热处理淬火冷却循环系统的改造设计

    Redesign of cooling circulatory system for heat treatment quenching

  26. 热处理淬火冷却介质及其新发展

    Quenching Medium for Heat Treatment and Its New Development

  27. 淬火冷却技术的研究进展

    Self - study . self - promotion ; The Progress in the Quenching Technology

  28. 淬火冷却技术分析

    Analysis to the technique of annealing and cooling

  29. 测量淬火冷却曲线几种热电偶的安装方法

    Thermocouple Installation Methods in Measurement of Cooling Curves

  30. 淬火冷却过程的数值模拟

    The Numerical Simulation of the Process of Quenching