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Yield-strength prediction of flattened steel pipes by competing Bauschinger effect and strain hardening during pipe-forming

机译：通过竞争Bauschinger效应扁平钢管的屈服强度预测及管成型菌株硬化

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Dae Woong Kim; Wan-Keun Kim; Jin-ho Bae; Won-Doo Choi; Hyoung Seop Kim; Sunghak Lee;
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1. Yield-strength prediction of flattened steel pipes by competing Bauschinger effect and strain hardening during pipe-forming [J] . Dae Woong Kim, Wan-Keun Kim, Jin-ho Bae, Scientific reports. . 2019,第1期

机译：通过竞争Bauschinger效应扁平钢管的屈服强度预测及管成型菌株硬化
2. Effects of coiling temperature and pipe-forming strain on yield strength variation after ERW pipe forming of API X70 and X80 linepipe steels [J] . Min Chul Jo, Seok Gyu Lee, Seok Su Sohn, Materials Science and Engineering . 2017,第JANa13期

机译：卷材温度和成管应变对API X70和X80管线钢的ERW成管后屈服强度变化的影响
3. Effects of microstructure and yield ratio on strain hardening and Bauschinger effect in two API X80 linepipe steels [J] . Seung Youb Han, Seok Su Sohn, Sang Yong Shin, Materials Science and Engineering . 2012,第Auga15期

机译：两种API X80管线钢的组织和屈服比对应变硬化和Bauschinger效应的影响
4. Investigation of the Strain Hardening and Bauschinger Effect of Low and High Strength Steel Application in Drawbead-tester by Experiment and Numerical Simulation [C] . K. Sirivedin, K. Krueger, V. Thoms, International Conference on Smart Materials - Smart/Intelligent Materials and Nanotechnology . 2008

机译：试验和数值模拟研究疲劳 - 试验机低强度钢应用菌株硬化和Bauschinger效应
5. The Influence of Manganese Content and Temperature on the Relative FCC/HCP Phase Stability and Strain-Hardening Behavior of High-Manganese TRIP/TWIP Steels. [D] . Pierce, Dean Thomas. 2014

机译：锰含量和温度对高锰TRIP / TWIP钢的相对FCC / HCP相稳定性和应变强化行为的影响。
6. Yield-strength prediction of flattened steel pipes by competing Bauschinger effect and strain hardening during pipe-forming [O] . Dae Woong Kim, Wan-Keun Kim, Jin-ho Bae, -1

机译：竞争鲍森格效应和管道成形过程中的应变硬化预测扁平钢管的屈服强度
7. Back Stress Work Hardening Confirmed by Bauschinger Effect in a TRIP Steel Using Bending Tests [O] . Kato, Hiroyuki, Moat, Richard, Mori, Tsutomu, 2014

机译：TRIp钢中使用弯曲试验的Bauschinger效应证实背应力加工硬化
8. Characterization of Steels Using a Revised Kinematic Hardening Model Incorporating Bauschinger Effect. [R] . Parker, A. P., Troiano, E., Underwood, J. H., 2002

机译：使用包含鲍辛格效应的修正运动硬化模型表征钢。

Yield-strength prediction of flattened steel pipes by competing Bauschinger effect and strain hardening during pipe-forming

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