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for the automated production of high-quality, lightweight aerospace structural components. The PhD project involves the experimental determination of the detailed distribution of temperature and heat transfer during
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of heat transfer. Accurate numerical representation of such flows requires turbulence treatments beyond RANS, shock capturing methods, and high quality computational meshes for both shock representation and
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School of Chemical Engineering, Faculty of EAIT Join a university ranked in the world’s top 50 Work at the Pyrometallurgy Innovation Laboratory High temperature experimental studies of metallurgical
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to predict battery fire propagation and flame properties as well as heat transfer feedback to predict cell-to-cell propagation. This project will lay the foundation to enable: 1. Design of safer battery packs
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visualizing heat transport at the nanoscale, energy-transfer dynamics in low-dimensional materials, energy-efficient switching pathways in nanoelectronics, and atomistic structural dynamics in next-generation