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Computation of the Diffusional Transformation of Continuously Cooled Austenite for Predicting the Coefficient of Thermal Expansion in the Numerical Analysis of Thermal Stress.

机译：连续冷却奥氏体扩散转化计算热应力数值分析中的热膨胀系数。

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I. I. Boyadjiev; P. F. Thomson; Y. C. Lam;
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年度 1996
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1. Computation of the Diffusional Transformation of Continuously Cooled Austenite for Predicting the Coefficient of Thermal Expansion in the Numerical Analysis of Thermal Stress [J] . I. I. BOYADJIEV, P. F. THOMSON, Y. C. LAM ISIJ international . 1996,第11期

机译：热应力数值分析中用于预测热膨胀系数的连续冷却奥氏体扩散转变的计算
2. Application of Koistinen and Marburger's athermal equation for volume fraction of martensite to diffusional transformations obtained on continuous cooling 0.13%C high strength low alloy steel [J] . E. A. Wilson, S. F. Medina Materials Science and Technology: MST: A publication of the Institute of Metals . 2000,第6期

机译：Koistinen和Marburger的马氏体无热方程对连续冷却0.13％C高强度低合金钢获得的扩散转变的应用
3. Analysis of rail cooling strategies through numerical simulation with instant calculation of thermal expansion coefficient^ [J] . A. Pernia-Espinoza, F.J. Martinez-de-Pison, E. Martfnez-de-Pison, Revista de metalurgia . 2010,第4期

机译：通过数值模拟和即时计算热膨胀系数的方法分析轨道冷却策略^
4. A numerical procedure for predicting the coefficient of thermal expansion of steels during phase transformation [C] . I.Boyadjiev, P.F.Thomson International Conference on Thermomechanical Processingof Steels and Other Materials . 1997

机译：用于预测相变期间钢的热膨胀系数的数值方法
5. Numerical prediction of effective elastic properties and effective thermal expansion coefficient for porous YSZ microstructures in solid oxide fuel cells. [D] . Shakrawar, Sangeeta. 2013

机译：固体氧化物燃料电池中多孔YSZ微结构有效弹性和有效热膨胀系数的数值预测。
6. Multiscale Thermoelastic Analysis of the Thermal Expansion Coefficient and of Microscopic Thermal Stresses of Mature Concrete [O] . Hui Wang, Herbert Mang, Yong Yuan, 2019

机译：成熟混凝土热膨胀系数和微观热应力的多尺度热弹性分析
7. Application of Koistinen and Marburger’s athermal equation for volume fraction of martensite to diffusional transformations obtained on continuous cooling 0·13C high strength low alloy steel [O] . Wilson E. A., Medina Sebastián F. 2000

机译：Koistinen和Marburger关于马氏体体积分数的无热方程在连续冷却0·13％C高强度低合金钢获得的扩散转变中的应用

Computation of the Diffusional Transformation of Continuously Cooled Austenite for Predicting the Coefficient of Thermal Expansion in the Numerical Analysis of Thermal Stress.

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