Modeling of the Fatigue Life of Fiber Metal Laminates under Low Velocity Impact by Finite Element Method

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SEDAGHAT A.; ALITAVOLI M.; DARVIZEH A.; ANSARI KHALKHALI R.

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Paper Information

Journal: Journal of Operational Research in its Applications Year:2019 | Volume:16 | Issue:2 (61) Page(s): 115-130

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Title

Modeling of the Fatigue Life of Fiber Metal Laminates under Low Velocity Impact by Finite Element Method

Author(s)

SEDAGHAT A. | ALITAVOLI M. | DARVIZEH A. | ANSARI KHALKHALI R. | Issue Writer Certificate

Keywords

GlareQ1

Fatigue LifeQ1

Multilayer Neural networkQ1

Genetic AlgorithmQ2

Abstract

In this study, first by using the finite element method, Fatigue Life of fiber metal laminates of Glare type subjected to impact was obtained and the numerical results of the model were compared with the experimental results. With regard to the very good matching between numerical and experimental results, then the results of the finite element model were generalized and expanded, and with using of the Multilayer Neural network, numerical model was extracted and then by applying the meta-innovative algorithm, the maximum Fatigue Life of Glare was determined at highest level of very low velocity impact.

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APA: Copy

SEDAGHAT, A., ALITAVOLI, M., DARVIZEH, A., & ANSARI KHALKHALI, R.. (2019). Modeling of the Fatigue Life of Fiber Metal Laminates under Low Velocity Impact by Finite Element Method. JOURNAL OF OPERATIONAL RESEARCH AND ITS APPLICATIONS (JOURNAL OF APPLIED MATHEMATICS), 16(2 (61) ), 115-130. SID. https://sid.ir/paper/164613/en

Vancouver: Copy

SEDAGHAT A., ALITAVOLI M., DARVIZEH A., ANSARI KHALKHALI R.. Modeling of the Fatigue Life of Fiber Metal Laminates under Low Velocity Impact by Finite Element Method. JOURNAL OF OPERATIONAL RESEARCH AND ITS APPLICATIONS (JOURNAL OF APPLIED MATHEMATICS)[Internet]. 2019;16(2 (61) ):115-130. Available from: https://sid.ir/paper/164613/en

IEEE: Copy

A. SEDAGHAT, M. ALITAVOLI, A. DARVIZEH, and R. ANSARI KHALKHALI, “Modeling of the Fatigue Life of Fiber Metal Laminates under Low Velocity Impact by Finite Element Method,” JOURNAL OF OPERATIONAL RESEARCH AND ITS APPLICATIONS (JOURNAL OF APPLIED MATHEMATICS), vol. 16, no. 2 (61) , pp. 115–130, 2019, [Online]. Available: https://sid.ir/paper/164613/en

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