Blood Flow Simulation for Angiographic Interventions

Thesis by: Max Hainz
Advisor: Nassir Navab
Supervision by: Martin Groher
Due date:

Abstract

For assesment of cerebrovascular diseases, it is beneficial to obtain 3D information on vessel morphology and hemodynamics. Rotational angiography is routenely used to determine the 3D geometry. In the paper "Quantification of Blood Flow from Rotational Angiography" a new method to exploit the same acquisition to determine the blood flow waveform and the mean volumetric flow rate is introduced. The aim is to implement this paper in Matlab and use the exploited data for an own simulation.

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