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Prediction of Fretting Wear Depth for Steam Generator Tubes Based on Various Types of Wear Scars

机译：基于各种磨损的蒸汽发生器管的微动磨损深度预测

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Ki-Wahn RYU; Chi-Yong PARK; Hyung-Nam KIM; Huinam RHEE;
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年度 2010
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1. Prediction of Fretting Wear Depth for Steam Generator Tubes Based on Various Types of Wear Scars [J] . Ki-Wahn RYU, Chi-Yong PARK, Hyung-Nam KIM, Journal of nuclear science and technology . 2010,第5期

机译：基于各种磨损痕迹的蒸汽发生器管微动磨损深度的预测
2. Wear Depth Prediction for Steam Generator Tubes Using an Estimated In Situ Wear Coefficient [J] . Chi-Yong Park, Huinam Rhee, Ki-Wahn Ryu Nuclear Technology . 2018,第1期

机译：利用估算的原位磨损系数预测蒸汽发生器管的磨损深度
3. Wear Transitions of Tube-Support Materials for a Nuclear Steam Generator Through Sliding Wear Test and Fretting Wear Test [J] . Sung-Hoon Jeong, Byoung-Jong Lee, Young-Ze Lee Key Engineering Materials . 2006,第Pt1期

机译：通过滑动磨损试验和微动磨损试验的核蒸汽发生器管支撑材料的磨损过渡
4. Wear Scar Progression of Impact-Fretting at Elevated Temperature for Steam Generator Tubes in Nuclear Power Plants [C] . Chi Yong Park, Jeong Keun Lee International Conference on Experimental Mechanics(ICEM 2006);Asian Conference on Experimental Mechanics(ACEM5); 20060926-29;20060926-29; Jeju(KR);Jeju(KR) . 2006

机译：核电厂蒸汽发生器管高温冲击微动磨损痕迹的发展
5. On the fretting wear of nuclear power plant heat exchanger tubes using a fracture mechanics approach: Theory and verification. [D] . Gessesse, Yemane B. 1997

机译：使用断裂力学方法研究核电站换热器管的微动磨损：理论和验证。
6. Optical Fiber Demodulation System with High Performance for Assessing Fretting Damage of Steam Generator Tubes [O] . Peijian Huang, Ning Wang, Junying Li, 2018

机译：用于评估蒸汽发生器管微动损伤的高性能光纤解调系统
7. Wear Characteristics of Tube-Support Components for a Nuclear Steam Generator under Fretting Conditions [O] . Sung-hoon Jeong, Young-ze Lee 2015

机译：微动条件下核电蒸汽发生器管支承件的磨损特性
8. Computer-Aided Tube Fretting-Wear Predictions [R] . Ko, P. L. 1984

机译：计算机辅助管微动磨损预测

Prediction of Fretting Wear Depth for Steam Generator Tubes Based on Various Types of Wear Scars

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