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Several non-destructive inspection methods applied to quantify fretting fatigue damage in simulated titanium-aluminum-vanadium turbine engine dovetail components

机译：几种无损检测方法可用于量化模拟钛铝钒钒涡轮发动机燕尾组件中的微动疲劳损伤

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作者
Bohun, Michael H.;
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作者单位

University of Dayton;

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授予单位 University of Dayton;
学科
学位 Ph.D.
年度 2012
页码 335 p.
总页数 335
原文格式 PDF
正文语种 eng
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1. Development Of A Dovetail Fretting Fatigue Fixture For Turbine Engine Materials [J] . Patrick J. Golden International Journal of Fatigue . 2009,第4期

机译：涡轮发动机材料燕尾榫微动疲劳夹具的开发
2. Probabilistic High-Cycle Fretting Fatigue Assessment of Gas Turbine Engine Components [J] . Kwai S. Chan, Michael P. Enright, Patrick J. Golden, Journal of Engineering for Gas Turbines and Power . 2012,第6期

机译：燃气轮机发动机部件的高循环微动疲劳概率评估
3. Modeling interfacial conditions in nominally fault contacts for application to fretting fatigue of turbine engine components [J] . P.A. McVeigh, G. Harish, T.N. Farris International Journal of Fatigue . 1999,第期

机译：对名义故障触点中的界面条件进行建模，以应用于涡轮发动机部件的微动疲劳
4. A NEW METHOD FOR DETECTION AND QUANTIFICATION OF FRETTING FATIGUE DAMAGE [C] . E.B. Shell, D. Eylon Second International Conference on Light Materials for Transportation Systems (LiMAT-2001) Vol.I May 6-10, 2001 Pusan, Korea . 2001

机译：一种检测和量化微动疲劳损伤的新方法
5. Evaluation of preventative solutions for fretting fatigue damage of titanium-6242 in aircraft engines. [D] . Dyer, Jason Paul. 2003

机译：评估飞机发动机中的6124钛微动疲劳损伤的预防解决方案。
6. A review of analytical aspects of fretting fatigue, with extension to damage parameters, and application to dovetail joints [O] . Ciavarella, M., Demelio, G. 2001

机译：回顾微动疲劳的分析方面，扩展损伤参数，并应用于燕尾榫接头
7. Development of a Dovetail Fretting Fatigue Fixture for Turbine Engine Materials (Preprint) [R] . Golden, P. J. 2006

机译：涡轮发动机材料燕尾微动疲劳夹具的研制（预印）

Several non-destructive inspection methods applied to quantify fretting fatigue damage in simulated titanium-aluminum-vanadium turbine engine dovetail components

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