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On the Effect of Plastic Strain and Creep Strain on the Yield Surface at Elevated Temperatures

机译：塑性应变和蠕变应变对升高温度屈服表面的影响

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Teruo SUNAGA; Noriteru NISHIDA; Yoshinori GOTO; Ryusuke MATSUO; Hiroshi SOGAME; Shigekatsu YANO;
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年度 1973
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机译：高温下高温合金GH4049的拉伸蠕变行为和应变率敏感性
2. Creep deformation and monotonic stress-strain behavior of Haynes alloy 556 at elevated temperatures [J] . Abu-Haiba MS., Fatemi A., Zoroufi M. Journal of Materials Science . 2002,第14期

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3. Creep deformation and monotonic stress-strain behavior of Haynes alloy 556 at elevated temperatures [J] . M. S. Abu-Haiba, A. Fatemi, M. Zoroufi Journal of Materials Science . 2002,第14期

机译：高温下Haynes 556合金的蠕变变形和单调应力-应变行为
4. The Effect of transient change in strain rate on plastic flow behaviour of Al-Mg-Si alloy at elevated temperatures [C] . P. Petrov, V. Voronkov, K. Potapenko, International Conference on Material Forming . 2011

机译：瞬态变化在升高温度下Al-Mg-Si合金对塑性流动性的影响
5. An analysis of global and localized creep strains and creep properties of non-composite lead-free solders at room and elevated temperatures. [D] . McDougall, Jeffrey Lee. 1998

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7. Strength of Materials at Elevated Temperatures. Creep-Fatigue Damage Rule Based on Strain Range Partitioning Concept and Its Application to 316LC Steel. [O] . Mitsuo MIYAHARA, Katsuyuki TOKIMASA 1999

机译：高温材料的强度。基于应变范围分区概念及其应用于316LC钢的蠕变 - 疲劳损伤规律。
8. Elastic-Plastic-Creep-Large Strain Analysis at Elevated Temperature by the Finite Element Method. [R] . Haisler, W. E., Sanders, D. R. 1978

机译：高温弹塑性蠕变 - 大应变有限元分析。

On the Effect of Plastic Strain and Creep Strain on the Yield Surface at Elevated Temperatures

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