Research
I'm a postdoctoral research fellow at University of Michigan.
I completed my PhD at University of Southampton, working on bubble collapse in
complex
geometries.
I also graduated from University of Southampton in 2019 with an MEng in Aeronautics and
Astronautics
with a
focus on Computational Engineering and Design. Below are my current and past research
projects. You can also find me on various platforms using the links below, or email me at
[email protected].
LinkedIn
ORCID
Google Scholar
Email
The HIFOIL Project
The HIFOIL project is a collaborative effort to investigate cavitation erosion on a hydrofoil at full scale. This work includes load measurements, characterisation of hydrodynamics, and x-ray densitometry.NSWC Carderock Interview
An interview for NSWC Carderock media team.
[Link]
5th Sep 2024
5th Sep 2024
CAV2024
Slides presented at Cavitation Symposium 2024.
[PPT]
5th Jun 2024
5th Jun 2024
X-ray Densitometry of Turbidity Currents
A mixture of water and sand released into a channel of water forms a turbidity current. This current flows along the bottom of the channel due to its higher density. We quantitatively measure the density profile of this current using x-ray densitometry.Bubble Collapse Near Porous Plates
The collapse of a gas or vapour bubble near a solid boundary produces a jet directed towards the boundary. A porous boundary, such as a filter, would act similarly to a solid boundary but with reduced effect. We experimentally investigate how a porous plate affects bubble collapse.Gallery of Fluid Motion 2022
Video submission to Gallery of Fluid Motion at APS DFD 2022.
[Link]
20th Nov 2022
20th Nov 2022
UK Fluids Conference 2022
Slides presented at the UK Fluids conference 2022.
[PPT]
6th Sep 2022
6th Sep 2022
Aero/Astro Research Day 2022
Poster displayed at the Department of Aeronautics and Astronautics Research Day 2022.
[PDF]
7th Apr 2022
7th Apr 2022
UK Fluids Conference 2021
Poster presented at the UK Fluids Conference 2021.
[PDF]
9th Sep 2021
9th Sep 2021
Modelling Bubble Collapse Anisotropy
A gas or vapour bubble collapsing in the vicinity of a rigid boundary displaces towards the boundary. The displacement has been shown to be a function of the 'anisotropy' of the collapse, measured by a dimensionless representation of the Kelvin impulse known as the anisotropy parameter. We develop an inexpensive Boundary Element Method model capable of predicting the anisotropy parameter for any rigid complex geometry.Cavity Collapse Near Slot Geometries
Vapour bubbles in water collapse towards a nearby solid boundary producing a jet that can clean, or damage, the boundary. It is useful to understand how different boundary geometries will affect the direction in which the jet is produced. We numerically and experimentally investigate how a slot in a flat boundary affects the jet direction of a single bubble.Aero/Astro Postgrad Conference 2020
Poster presented at the Department of Aeronautics and Astronautics Postgraduate Conference 2020.
[PDF]
13th Oct 2020
13th Oct 2020
GPU Enabled Particle Simulation
My undergraduate individual project centered around implementing the Discrete Element Method for a GPU using OpenCL. The program was used to simulate and analyse agglomeration behaviour in a series of Taylor-Green vortices.DEMOranges code
The GitHub repository for the project code.
[Link]
27th Dec 2019
27th Dec 2019
Individual Project Poster
A PDF version (no animations) of my individual project poster.
[PDF]
8th Jun 2018
8th Jun 2018
Individual Project Report
The full project report for my individual project.
[PDF]
4th May 2018
4th May 2018
