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-physics understanding and modelling. Specifically, this project will investigate the thermal-mechanical relationship in assembled structures. The student will utilise a newly acquired environmental chamber
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25 years, these products offer an outstanding combination of light weight, low thermal conductivity and high fire resistance performance characteristics over an extended period. However, there is a
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both stress and temperature change. These cycles can occur during normal service or during start-up/shut-down cycles and can significantly limit service lives of the components. Due to thermal gradients
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aim to eliminate the need for intricate cleaning and priming processes, overcoming challenges related to durability and variations in wetting and thermal expansion rates among bonded materials
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mechanical testing with any imaging techniques has its own challenges at low temperatures, e.g., thermal effects on the load train and sample mounts. The Team at the Biomedical Engineering Simulation & Testing