Numerical Simulation of Pressure Drops from Patient-Specific 4D MRIs

This research project aims to consider the full Navier-Stokes equations in a FE analysis. The velocity data from MRI scans will be taken into account via a weak imposition of boundary conditions for the velocity field. An algorithm will be implemented to project the 4D MRI data into a FE space and the advanced FE code Gridap will be utilised and developed upon to simulate patient-specific pressure drops. The credibility of the results will then be analysed.

Connor Mallon

Monash University

Connor Mallon is currently completing a Bachelor of Science and Bachelor of Engineering (Honours). With a long history of a passion for mathematics, his research interests have been slowly refined to applied mechanics and finite-element analysis. He has experience working in the industry as a structural engineer and wants to bridge the gap between mathematics and engineering.

You may be interested in

Thomas Vandenberg

Thomas Vandenberg

Bragg Edge Neutron Strain Tomography
Cameron Eggins

Cameron Eggins

Convex Projective Surfaces
Stefano Giannini

Stefano Giannini

Multi-Pulse Solutions in a Generalised Fitzhugh-Nagumo Model
Yong See Foo

Yong See Foo

A Comparison of Bayesian Inference Techniques for Sparse Factor Models
Contact Us

We're not around right now. But you can send us an email and we'll get back to you, asap.

Not readable? Change text.