Fatigue failure of aircraft com- ponents. Engineering Failure Analysis 15, 675-694.Bhaumik SK, Sujata M, Venkataswamy MA. Fatigue failure of aircraft components. Eng Fail Anal 2008;15(6):675-94.Bhaumik S K, Sujata M, Venkataswamy M A. Fatigue failure of aircraft components [ J ]. ...
In this chapter, two case studies about failure of aircraft structural components are discussed. The first case study describes the fracture mechanism in a Cessna-185 aircraft propeller blade due to fatigue crack propagation induced by foreign object damage. The second case study explains the fatigue...
Fatigue, i.e. the failure of mechanical structures under cycling loading, remains a considerable technological challenge as it occurs unexpectedly when the structure is operating apparently in a safe and steady state regime, without external signs of mec
The mechanical failure in any of the piston engine components, especially concerning fatigue failure of the cylinder head (CH) made of an aluminum-casting alloy may have serious or fatal consequences to the safety of the crew and the aircraft. Therefore, the aim of this study is to identify ...
Fatigue failure of aircraft components Eng. Fail. Anal. (2008) There are more references available in the full text version of this article. Cited by (11) Failure analysis of a fuel control pressure tube from an aircraft engine 2021, Engineering Failure Analysis Citation Excerpt : Fatigue failur...
(macrozone) grain pair under uniaxial loading, in turn reflecting conditions that are believed to create a vulnerability to dwell fatigue failure of aero-engine disc components. Under dwell fatigue loading with an applied peak load of ~0.88σy, the bad metal sandwich showed considerable cyclic ...
Chapter Twelve Practical Applications On Fatigue And Fracture Of Aircraft Structures The fatigue-failure problem first gained interest during the industrial development age, due to the nature of repeated loading on machine components.The focus was then directed, during design stages, to the prevention ...
Analysis On Fatigue for Aircraft Riveting Thin-walled Components Fatigue damage of airframe often caused by riveting defects, which resulting in failure of aircraft structure in service. Based on the theory of classical ... W Chen,Y Yang,H Wei,... - International Conference on Computer-aided De...
Fatigue failure refers to the weakening of a material caused by a repetitive or cyclic loading that results in progressive and localized structural damage caused by the formation and propagation of cracks. From: International Journal of Machine Tools and Manufacture, 2021 ...
It should be noted, however, that although the results are interesting from a fundamental viewpoint, their significance for production aircraft components is essentially limited to the effects of large constituent particles. The practical implications of these effects are discussed. 3.1 External or ...