Full detail here: patrickburr.com
The central aim of my research is to discover the degradation mechanisms of materials used in energy applications, to aid the design of new materials with improved resilience to degradation processes.
I have largely focussed on nuclear materials (fusion and fission) as these are subject to the most extreme conditions and therefore pose the greatest challenge, but I continually transfer the knowledge to solar...view more
Full detail here: patrickburr.com
The central aim of my research is to discover the degradation mechanisms of materials used in energy applications, to aid the design of new materials with improved resilience to degradation processes.
I have largely focussed on nuclear materials (fusion and fission) as these are subject to the most extreme conditions and therefore pose the greatest challenge, but I continually transfer the knowledge to solar cells, solid electrolyte fuel cells, electrochemical capacitor and batteries. Specific areas of expertise include:
- Material science
- Degradation of materials (corrosion, irradiation, high temperature, etc)
- Materials for extreme environments (Fusion energy, outer space, extreme temperatures)
- Solar photovoltaic materials
- Nuclear materials
- Battery materials
- Simulations and modelling of materials
- Nuclear Engineering
- The nuclear fuel cycle
- Fusion energy
- Next generation reactors (Gen IV reactors, small modular reactors, and current/old reactor types)
- Research reactors (nuclear medicine production and neutron generation for science)
- Nuclear waste management
Learn more here.
Up-to-date publication list on Google Scholar, Research Gate, Mendeley, or ORCID.
My Grants
Chief Investigator
- ARC mid-career industry fellowship IM230100125 – Life prediction and optimisation of advanced first-wall fusion materials – $1,400,000 – PA Burr.
- ARC Linkage Project LP220100031 – Advanced shield materials for compact fusion energy – $1,024,000 – PA Burr, EG Obbard, B Gludovatz, K Laws.
- USA Electric Power Research Institute (EPRI) and CSIRO – Advanced reactor impact not he back end of the nuclear fuel cycle – $100,400 – PA Burr.
- Tokamak Energy (UK), Accelerating the development of shielding materials for spherical Tokamaks – $636,000 – PA Burr, EG Obbard.
- Australian Research Council, Discovery Project DP170103219 – Advanced electrochemical capacitors – $270,000 – A Lennon, Z Ouyang, PA Burr.
- Westinghouse Electric Sweden AB Industry sponsorship – $66,000 – PA Burr.
- $330,000 in-kind computational resources through national merit allocation schemes.
- $405,000 in-kind access to Australian Centre for Neutron Scattering (ACNS).
- UNSW Research infrastructure scheme – $64,750.
Named Partner Investigator
- Swedish Foundation for Strategic Research (Stiftelsen för Strategisk Forskning), SUNRISE project (Sustainable Nuclear energy Research In Sweden) – SEK 50,000,000 (AUD $7,800,000).
- EPSRC responsive mode grant (2017-2020) – £665,000 (AUD $1,200,000).
- EPSRC Centre for Doctoral Training (2019-2024) – £5,900,000 (AUD $10,600,000).
My Qualifications
- PhD in computational materials for fission and fusion applications, Imperial College London, UK, 2015.
- MEng (Hons) in Material Science, First Class, Imperial College London, UK. Specialising in energy, nano- and bio-materials.
My Awards
- ARC mid-career industry fellowship for ‘Life prediction and optimisation of advanced first-wall fusion materials’. Read the UNSW announcement.
My Research Supervision
Supervision keywords
Areas of supervision
PhD projects are currently available on the following topics (and a few more). Local candidates and outstanding international candidates and encouraged to contact me for further details.
- Hydrogen storage materials: bridging the gab between simulations and experiments
- Accelerating fusion energy: new shielding materials for extreme environments
- Atomic-scale simulations of novel nuclear materials
Full list of research topics here: www.patrickburr.com/research/
https://orcid.org/0000-0003-4796-9110
