Simulation of cryogenic systems enhances engineering design in renewable energy and hydrogen infrastructure, suggesting critical improvements.
The Computational Engineering Theme brings together expertise in fluid-related multi-physics and multi-scale simulation, numerical methods, and high-performance computing to address complex engineering challenges. Akey application area is the simulation of cryogenic systems, wherehigh-fidelitymodellingof low-temperature fluidbehaviourwithin complex, coupled environments is critical for academic research, engineering design, and the advancement of technologies in fieldssuchashydrogen infrastructure, renewableenergy systems,greenaviationandmaritimecryogenicequipment.
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David Emerson (2026) studied this question.
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