Overview
Final-year thesis direction: thermal transport in monolayer gallium nitride (GaN) nanoribbons, including effects of doping and vacancy defects, using computational methods (equilibrium molecular dynamics / Stillinger–Weber potential, as described in the publication record).
Focus
- Heat transport in nanoscale GaN structures
- Influence of Al/In doping and defect configurations
- Interpreting model results within stated assumptions
Numerical results and full methodology: see the published paper—not restated here.
Publication
Impact of Doping and Defects on Thermal Transport of Monolayer GaN Nanoribbons
IEEE · profile record: 18 December 2024
DOI: 10.1109/ICECE64886.2024.11024945
Confirm author list and abstract on the publisher page.
Skills
Scientific computing · materials modelling mindset · technical writing · evidence-based conclusions