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Established in 2012 in association with the Journal of Nuclear Materials, the Nuclear Materials Conference (NuMat) serves as an umbrella for international meetings on nuclear materials science related to fission and fusion reactors and the overall nuclear fuel cycle.

Dr Matthew Brand did a flash talk and poster presentation on work conducted in partnership with Tokamak Energy, titled ‘Material selection charts for the shielding of critical components’. He was able to make new connections with leading researchers and discuss the ongoing work with colleagues from Imperial College London, University of Birmingham, Tokamak Energy and MIT.

Dr Samaneh Setayandeh’s oral presentation on ‘ε-Phase of Tungsten Boride’ led to potential collaborations with Imperial College London and Oak Ridge National Laboratory. Her poster on ‘Dielectric Properties of β-Ga2O3’ opened doors for future collaboration with the Air Force Research Laboratory.

PhD candidate Melody Ranger presented posters on UN Simfuel thermal expansion and UB2 fission product. This led to a collaboration with Denise Adorno Lopes from Oak Ridge National Laboratory, who is developing a machine-learning potential that can predict the chemical state of fission products in new fuels, and who can use Melody’s data to validate her model.

PhD candidate Sercan Cetinkaya presented a poster on ‘Oxidation resistance of WB2-x in air and steam from in situ neutron diffraction’. He had valuable discussions with academics from Imperial College London about the epsilon phase of WB, and also connected with ASTAR researchers who expressed interest in experimental collaborations. Sercan also discussed a potential partnership with Oak Ridge National Laboratory.

Attending his first international conference, PhD candidate Harvey Ling presented a poster on his work with the gap conductance rig. He engaged with the global nuclear materials community and gained ideas for potential directions in his work.

The eighth conference of the Combined Australian Materials Societies brought together experts and practitioners from various domains, emphasising innovation, sustainability and practical applications.

Lucy Chen presented her recent PhD research, ‘Hydrogen trapping of β phase in two-phase titanium alloys’, broadening her understanding of current research and making new connections.

PhD candidate Harvey Ling presented a poster on his work with a gap conductance rig and gained knowledge at sessions such as how to use time-resolved X-ray imaging techniques for different materials and how to utilise neutron diffraction for residual stress measurements.

PhD candidate Sercan Cetinkaya gave an oral presentation on ‘Revisiting the composition and crystal structure of WB2−x using neutron diffraction’ and found new insights in materials design and fabrication for harsh conditions.

PhD candidate Abid Hossain Khan shared the novel methodology adopted in his research with materials science and engineering experts, and received feedback and opportunities for collaboration.

���������¼� Associate Lecturer Dr Matthew Brand talked about the research he did for his PhD, in a presentation titled ‘Material selection charts for radiation shielding in extreme environments’. He provided visibility to the work he is doing at ���������¼� and generated discussion and interest in the topic.

The conference of COmputer Simulation of IRradiation Effects in Solids (COSIRES) is a leading venue for presenting and discussing advances in the computational investigation of materials phenomena caused or influenced by all forms of irradiation. In 2024, it was held in Kingston, Ontario.

PhD candidate Abid Hossain Khan presented a poster titled ‘Machine-Learning Interatomic Potentials for Hydrogen-Defect Interactions in Zirconium’. He joined the Computational Materials Physics research group as a visiting research student under the supervision of Professor Laurent Karim Béland, gaining invaluable knowledge and skills to design and conduct his PhD research efficiently.

Dr Matthew Brand delivered an oral presentation on his PhD research, receiving valuable feedback and ideas about how his work could be improved and applied in new, relevant directions.