… aneurysm formation and development. The present study simulates the formation and growth
of aneurysms by … We construct numerical aneurysm models arisen from both straight and …

… However the walls of aneurysms and associated arteries are … The numerical simulation of
elastic aneurysm model is made … the formation, growth, rupture and prognosis of an aneurysm …

… aneurysm, which can become a stable dilatation or rupture [7,8,9]. The interaction of these
factors and complex processes that lead to aneurysm formation … very difficult to analyze in vivo …

… explaining the formation of intraluminal thrombus (ILT). Indeed, thrombus formation is
wellknown … Therefore, to explain their formation, it becomes important to consider a non-Newtonian …

… These MMPs are often implicated in the pathogenesis of atherosclerosis and aneurysm
formation.Symptomatic patients with recurrent carotid stenosis have higher levels of MMP-2 and -…

… to explain the formation and growth of cerebral aneurysms; … factors influencing the aneurysm
formation and growth in in … hemodynamics influencing the aneurysm formation and growth …

… flow can provide valuable information for the evaluation of aneurysm treatment options on a
… of aneurysmal wall growth.10 This report indicates that, in addition, numerical analysis may …

… Surgical repair is recommended for aneurysms measuring … Furthermore, patients die every
year from rupture of aneurysms … The reasons why some smaller aneurysms go on to rupture …

… Although further improvement is needed regarding the hypothesis of aneurysm formation
and numerical methods for fluid and solid mechanics, we believe that the methodology …

… Moreover, the aortic aneurysm simulations adversely affect … Altered hemodynamics led
to a vortex formation and locally … needed, such as numerical analysis involving CFD models …