Mathematical Institute of the Serbian Academy of Sciences and Arts
|Title:||Fatigue degradation analysis of elliptical corner damage||Journal:||Procedia Structural Integrity||Volume:||39||Issue:||C||First page:||624||Last page:||631||Conference:||7th International Conference on Crack Paths, CP 2021||Issue Date:||2022||Rank:||M33||ISSN:||2452-3216||DOI:||10.1016/j.prostr.2022.03.135||Abstract:||
Modern trends in failure prevention of large moving systems require understanding of surface flaw phenomena caused by complex loads. Thus, through this research work, a novel computational framework is designed to assess real-time dynamic responses of surface stress raisers. Analytical outcomes generated through the stress intensity analysis and fatigue life evaluations have clearly confirmed the application of the developed design framework as a sustainable strategy for achieving reliable bearing capacity of dynamically loaded systems.
|Keywords:||Computational framework | fatigue life | stress analysis | surface flaw||Publisher:||Elsevier|
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