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Materials Science, Characterisation Materials Science, Defence Composite Materials, Functional Composite Materials, Energy, Nanomaterials, Low Dimensional Materials, Biomaterials Materials, Biological
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assimilation methods, including variational, ensemble, Kalman filter, or hybrid approaches. Atmospheric or chemical transport modelling and inverse modelling. Processing and analysis of satellite observations
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collecting experimental evidence of the heat generation using dedicated experimental setup with a robot and an induction heating coil. The process control of integrated thermoplastic composite structures is
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strategies. In this project you will: Perform experimental characterization of the static and fatigue performance of welded thermoplastic composite structures. Develop constitutive models that accurately
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carbon metrics visible. You will create compositional energy models that span the radio network, the transport network, and the datacenter hardware, and expose them through a fast query interface so any
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fracture mechanisms in heterogeneous or composite materials. Development and implementation of advanced constitutive models and computational mechanics methodologies. Processing and analysis of experimental
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, or atmospheric processes. Experience with laboratory measurements, in-situ observations, remote sensing, and/or atmospheric modelling. Experience in data processing and integration of multi-instrument datasets
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the "barrier properties of mucus and mucus model systems" Your responsibilities: The Lieleg lab investigates – among other things – the physico-chemical principles governing the barrier properties of mucus and
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consistent models and their integration into numerical simulation tools coupled with boundary value problem solvers (e.g. finite element-based frameworks). A significant part of the work will focus
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that balance market revenue against battery lifetime; and third, validating these models on existing platforms in NTU's test facilities. Key Responsibilities: Support the development and operation of deployable