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Method for Predicting Flow Stress of Solution- and Dispersion Hardened Alloys at High Temperatures

机译：在高温下预测溶液和分散硬化合金的流量应力的方法

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Hideaki Miyagawa; Hideharu Nakashima; Hideo Yoshinaga;
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年度 1993
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1. Comparison of the Creep and Fracture Behavior of Non-Hardened and Oxide Dispersion Hardened Platinum Base Alloys at Temperatures Between 1200 C and 1700 C [J] . R. Volk, D. Freund, B. Fischer Key Engineering Materials . 2000,第期

机译：非硬化和氧化物弥散硬化的铂基合金在1200 C和1700 C之间的温度下的蠕变和断裂行为比较
2. Modeling of temperature and rate dependence of the flow stress and evolution of a deformation defect medium in dispersion-hardened materials [J] . Kolupaeva S.N., Kovalevskaya T.A., Daneyko O.I., Bulletin of the Russian Academy of Sciences. Physics . 2010,第11期

机译：分散硬化材料中流动应力的温度和速率相关性建模以及变形缺陷介质的演化
3. A micromechanical method for predicting the precipitation hardening response of particle strengthened alloys hardened by ordered precipitates [J] . Fragomeni JM., Hillberry BM. Acta Mechanica . 1999,第3a4期

机译：一种微机械方法，用于预测由有序析出物硬化的颗粒增强合金的析出硬化响应
4. Comparison of the Creep and Fracture Behavior of Non-Hardened and Oxide Dispersion Hardened Platinum Base Alloys at Temperatures Between 1200 deg C and 1700 deg C [C] . R.Volkl, D.Freund International Conference on Creep and Fracture of Engineering Materials and Structures . 2000

机译：在1200℃和1700℃之间的温度下，非硬化和氧化物分散体的蠕变和裂缝行为的比较硬化铂基础合金
5. Experimental Study of Hydrogen-Nitrogen-Hydrogen Centers in Dilute III-Nitrogen-V Alloys by Low-Temperature Vibrational Spectroscopy and Uniaxial-Stress Methods. [D] . Wen, Lanlin. 2010

机译：低温振动光谱法和单轴应力法研究稀III-V族合金中的氢-氮-氢中心。
6. A Comparative Study on Improved Arrhenius-Type and Artificial Neural Network Models to Predict High-Temperature Flow Behaviors in 20MnNiMo Alloy [O] . Guo-zheng Quan, Chun-tang Yu, Ying-ying Liu, -1

机译：改进的Arrhenius型模型和人工神经网络模型预测20MnNiMo合金高温流动行为的比较研究
7. Prediction of Transition Stress in Solution Hardened Alloys at High Temperatures by Flow Stress Predicting Method [O] . Hideaki Miyagawa, Tatsuya Morikawa, Toshihiro Okazaki, 1996

机译：流量应力预测方法在高温下溶液硬化的过渡应力预测
8. ELETRODEPOSITED DISPERSION-HARDENED ALLOYS—KEY TO HIGH-TEMPERATURE STRENGTH IN CLAD PIECES (AN EVALUATION OF COMMERCIAL APPLICATIONS) [R] . C. R. SMITH 1963

机译：ELETRODOsOsITED分散硬化合金 - 复合材料中高温强度的关键（商业应用评估）

Method for Predicting Flow Stress of Solution- and Dispersion Hardened Alloys at High Temperatures

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