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Yidan Xue  BEng (Hons) DPhil

Dr Yidan Xue

BEng (Hons) DPhil

Post Doctoral Research Associate

School of Mathematics

Overview

I am currently a postdoctoral research associate working with Drs Katerina Kaouri and Thomas Woolley on developing an indoor epidemic simulator to inform and mitigate future epidemic outbreaks, in close collaboration with Prof Wassim Jabi and funded by a UKRI Impact Acceleration Grant. Unlike existing solutions, our simulator integrates detailed indoor geometry, architectural design and movement of individuals, along with novel mathematical models of virus spread and flow. The architectural design is undertaken through Topologicpy, a well-established architectural digital design software developed at Professor Jabi. The simulator will provide the infection risk of an infectious disease for a group of people in an indoor space with a given schedule.

An example simulation in a care home scenario. The agents are represented by cylinders, with the infected and healthy individuals depicted with red and green, respectively. The virus concentration in the indoor space is also visualised (around the infectious individual).

Before my current position, I was an EPSRC Postdoctoral Research Associate at the Mathematical Institute of the University of Oxford, working on Stokes flows and microparticle transport in micro-vessel bifurcations with Professor Sarah Waters. With Professor Nick Trefethen, we developed a rational approximation algorithm for computing 2D Stokes flows. Before this, I did my DPhil  on modelling oxygen transport and tissue damage in the human brain with Professor Stephen Payne at Institute of Biomedical Engineering (IBME). I received my BEng (Hons) in Mechanical Engineering from the University of Edinburgh.

Publication

2023

2022

2021

2020

Erthyglau

Gosodiad

Gwefannau

Research

Research interests: Fluid mechanics, biomechanics, computational biology, homogenisation, cerebral blood flow and metabolism, in silico clinical trial, oxygen transport, microcirculation, medical imaging