Size dependent buckling analysis of aorta artery using nonlocal elasticity theory and surface elasticity theory and its finite element model
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Abstract (EN)
Aorta artery is the most fatal artery for human being and almost all animals. The aorta artery is the artery which carries the clean (oxygenated) blood to the arterial arteries and all the body. Therefore, the stability of the aortic artery has huge importance in vivo. In this thesis, the buckling analysis of aorta artery has been investigated by using classical, non-local elasticity and surface energy theories and the aorta artery will be modeled and analyzed step by step by using a finite element based computer program ANSYS 17,0. Results obtained from classical, size dependent theories and ANSYS has been compared.
Author
Kadir Mercan
How to Cite
Kadir Mercan (Master Thesis). Size dependent buckling analysis of aorta artery using nonlocal elasticity theory and surface elasticity theory and its finite element model, 2017, Akdeniz University.
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