Keywords
valence electron theory, binding energy, austenite at high-temperature, peak stress
Presentation Type
Oral Presentation
Recommended Citation
Zhou, Xudong and Xiang-ru, Liu, "The austenitic peak stress model of low-alloy steel at elevated temperature based on the valence electron theory" (2016). The 8th International Conference on Physical and Numerical Simulation of Materials Processing. 19.
https://docs.lib.purdue.edu/icpns/2016/session5ironandsteel/19
The austenitic peak stress model of low alloy steel at elevated temperature based on the valence electron theory.doc (328 kB)
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The austenitic peak stress model of low alloy steel at elevated temperature based on the valence electron theory.pdf (152 kB)
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The austenitic peak stress model of low alloy steel at elevated temperature based on the valence electron theory.doc (328 kB)
Full article
The austenitic peak stress model of low alloy steel at elevated temperature based on the valence electron theory.pdf (152 kB)
Full article in PDF
The austenitic peak stress model of low alloy steel at elevated temperature based on the valence electron theory.doc (328 kB)
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The austenitic peak stress model of low-alloy steel at elevated temperature based on the valence electron theory