1
Probe a semi automatic method for geometrical reconstruction of cerebral arteries with saccular aneurysms.
Mechanical Engineering degree.
 
 
2
Numerical study of the hemodynamics in realistic models of cerebral arteries with saccular aneurysms.
Mechanical Engineering degree.
 
 
3
Numerical study of the CFD with fluid-structure interactions in realistic models of cerebral arteries with cerebral aneurysms.
Mechanical Engineering degree.
 
 
4
Statistical investigation of the hemodynamics in realistic models of cerebral arteries with cerebral aneurysms.
Mechanical Engineering degree.
 
 
5
Comparison between CDF+FSI simulation with static simulation to determine principal stresses and deformation in realistic models of cerebral arteries with cerebral aneurysms.
Mechanical Engineering degree.
 
 
6
Characterization of the flow in cerebral aneurysms with geometrical characteristics of the aneurysms and the principal artery.
Mechanical Engineering degree.
 
 
7
Correlation between cerebral vascular geometry and solid mechanics for cerebral aneurysms models.
Mechanical Engineering degree.
 
 
8
Variation of geometrical parameters as computational domain in CDF+FSI for cerebral arteries.
Mechanical Engineering degree.