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1)  SHCCT diagram
组织转变曲线图
1.
By comparing the results of Tekken tests with carbon equivalents and thecharacteristic values in SHCCT diagram of steels, the authors concludethat to evaluate the sensitivity of steel to cold cracking by SHCCT diagramis more accurate than by carbon equivalents.
通过铁研式裂纹试验结果与碳当量和模拟热影响区连续冷却组织转变曲线图(SHCCT图)中的特征值比较,认为用后者判断钢的冷裂倾向比碳当量更准确。
2)  microstructure transformation
组织转变
1.
Grain growth and microstructure transformation in heat affected zone of fine-grain steels;
细晶钢焊接热影响区晶粒长大及组织转变
2.
The features of high temperature microstructure transformation of 16MnCr5 steel ingot were analyzed and its high temperature mechanical properties were measured.
分析了 16 Mn Cr5钢锭高温时的组织转变特点 ,并测定了其高温力学性能。
3.
The microstructure transformation of Si-Mn dual-phase steel with different hot-rolled process parameters and alloy elements was studied.
研究了在不同热轧工艺参数与合金化程度条件下Si-Mn双相钢的组织转变。
3)  structure transformation
组织转变
1.
whereas the intensive quenching is so to control cooling intensity and cooling temperature in case and core of the workpiece during the quenching as to control the time and quantity of structure transformation.
而强烈淬火技术则是通过在淬火冷却过程中控制工件表层和心部的冷却强度和冷却温度,以控制其组织转变的时间和数量,使工件获得所需要的组织和应力分布状态,既可避免工件淬裂和发生过大的畸变,又提高了工件的力学性能和使用寿命;在许多情况下,强烈淬火技术还有节能、高效、环保等效果,是一种前景广阔的热处理新技术,正受到国际上的广泛重视。
2.
To adopt the metallography hardness method to study microstructure transformation of medial carbon steel 40 being heated and cooled.
采用金相 -硬度法研究了中碳钢 (40钢 )在加热和冷却时的组织转变。
4)  structural transformation
组织转变
1.
Effect of sulfide on structural transformation in high sulfide steel
高硫钢中硫化物对组织转变的影响
2.
An analysis and study are made on the structural transformation in the process of aging of maraging Custom 455 steel.
对马氏体时效不锈钢Custom45 5时效过程中发生的组织转变进行分析研究 ,在组织转变研究的基础上对Custom45 5时效处理后钢中的组织结构与力学性能的关系做出了理论上的解释。
5)  microstructural evolution
组织转变
1.
In this paper, a mechanism of self-propagating high-temperature synthesis of TiC-Ti composite was studied by means of a combustion wave front quenching method in which all information about a process of a phase transitions and a process of a microstructural evolution were remained in the quenched sample.
用燃烧波淬熄法研究了TiC-Ti金属陶瓷自蔓延高温合成(SHS法)中的组织转变和反应机理。
2.
Through the combustion front quenching method, the microstructural evolution during self-propagating high temperature synthesis of TiC-Al cermet was studied, and the unreucted zone, reacting zone and reacted zone were remained in the quenched sample.
用扫描电子显微镜观察了燃烧反应中的显微组织转变过程 ,用能谱仪分析了各微区的成分变化 ,测量了燃烧温度和燃烧波蔓延速度 ,并用XRD分析了反应产物相的组成。
6)  phase transformation
组织转变
1.
Study on phase transformation of 16MnCr5 steel ingot during consolidating and cooling;
16MnCr5钢锭表层凝固及冷却过程中组织转变规律研究
2.
Based on the developed model, the phase transformation during accelerated cooling of Q345B steel plates was simulated.
建立了预测中厚板控冷过程组织转变的数学模型,并依据此数学模型模拟了Q345B钢板加速冷却过程中的组织转变类型及组织转变量的变化,理论计算结果与金相观测结果吻合得很好。
3.
Within the temperature field simulating,the phase transformation is calculated with numerical simulation by the CCT diagram so that the whole simulation of quenching can be established well and truly.
应用连续冷却相变动力学方程,对65Mn钢圆锯片淬火过程的组织转变量进行了数值模拟计算,使其淬火过程的模拟更加完整、准确。
补充资料:等温转变曲线图
      见过冷奥氏体转变图。
  

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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