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Reduced order methods in computational fluid dynamics, with application to cardiovascular flows

Francesco Ballarin
Location: 
A-133
Schedule: 
Friday, March 24, 2017 - 14:00
Abstract: 

Diseases of the cardiovascular system account for a large percentage of deaths worldwide every year. In many cases computational fluid dynamics studies can aid in a better understanding of the underlying phenomena. However, a successful day-to-day exploitation of computational tools in a clinical environment presents two main challenges: (i) reliable results require to integrate patient-specific data, and (ii) computational times should be as small as possible, without affecting the accuracy of the obtained results. In this talk we will describe a computational reduced order methodology (based on POD-Galerkin reduction methods) to tackle these aspects, and show a couple of representative studies.

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