Project: Using artificial intelligence in CFD simulations of blood flow in artificial hearts and other cardiovascular devices. Focus areas include: 1. Using Fourier inspired methods to learn from oscillating flows with single frequencies to predict physiological pulsatile flows; 2. Refining the Reynolds Stress tensor by learning from Large Eddy Simulations (LES) to improve URANS modeling in transitional turbulent flows; 3. Using data from turbulent eddies gained from LES for creating numerical models for haemolysis implemented in URANS.
Education
Mechanical Engineering (MEng), University of Bristol, UK.
Background
A mechanical engineer by training, always inclined towards applying engineering knowledge in a medical context. Aims to research ways of improving the design of cardiovascular and medical devices to help elevate the quality and length of life of cardiovascular disease patients.