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Field
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inorganic materials representations, generative design framework, and high-throughput simulations including phonon calculations and dynamic stability, all the way to calculation of phonon thermal conductivity
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, specifically modelling burrowing behaviour and its impact on the skull. Responsibilities include conducting a range of computer simulations using discrete element and finite element methods, as
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and develop a GUI tool to make model inputs/outputs accessible to end-users Collaborate with project leads and researchers to ensure technical accuracy of the interface Support integration of simulation
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of Glasgow/Ifakara Health Institute) to develop and test new methods for trial design and analysis. Developing statistical models and code to run the proposed methods. Developing and running simulation-based
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. Apply and upscale models to industry-relevant scenarios, deploying simulations on high-performance computing (HPC) infrastructure and integrating outcomes into commercial workflows. Collaborate and
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allocation and thermal management to achieve optimal performance (iii) Model-in-the-Loop (MIL) validation to simulate components and connected systems to predict thermal behaviour and system
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at Brunel will be responsible for microclimate simulations using ENVImet and dynamic thermal modelling to study how physical parameters and microclimate of the playground impact on children’s thermal comfort
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students, visiting scholars and researchers Conduct modelling, simulation and experimental research on mechanics of soft robotics Explore applications in the fields of transportation and search and rescue
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modelling, including two-phase flow in fractures, stochastic permeability analysis, and upscaling to fracture networks. Deploy large scale simulations using high-performance computing (HPC) and collaborate
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simulations using ENVImet and dynamic thermal modelling to study how physical parameters and microclimate of the playground impact on children’s thermal comfort and to evaluate the potential impact of