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Fatigue crack growth in a structure exposed to high temperature

Abdelnaser Abdusalam Elayeb,Aleksandar Grbović,Gordana Kastratović,Nenad Vidanović, Tomas Valenta,Ivana Ivanović,Aleksandar Sedmak

Engineering Failure Analysis（2021）

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Abstract
•The damaged jet engine exhaust nozzle’s inner sleeve was analyzed.•Analyzed structure was subjected to thermo-mechanical cyclic loading.•Crack propagation in repaired inner sleeves were simulated and analyzed.•It was determined which type of repair gives longer fatigue life for damaged part.
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Key words
Crack propagation,Thermal loading,Thermo-mechanical fatigue,XFEM,FEM
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