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Project title: Aerodynamic and Aeroacoustic Effects of Rotating Wing Under Dynamic Stall Supervisory Team: Teng Zhou Project description: Oscillation of aerodynamic structures are widely observed in
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manipulated at high frequency but at this scale the interaction of the magnetisation with the atomic structure is important. This project will explore the complex dynamics occurring in anti-ferromagnetic
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, with a focus on measuring and predicting complex fluid/plasma dynamics in real systems. We are pleased to announce a four year PhD studentship in Astrophysical and Geophysical Fluid Dynamics funded by
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PhD Studentship: Data-driven Probabilistic Modelling of Clonal Dynamics in Human Tissues and Cancers
. Recently, scientists have employed mathematical modelling in combination with probabilistic inference to elucidate the dynamics of clonal evolution over the course of a human lifetime. Such work has revealed
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on developing an innovative framework grounded in Design for Dynamic Management, we integrate AI and predictive analytics to enable adaptive decision-making. This PhD research at Cranfield University aligns with
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PhD Studentship: Fully Funded British Heart Foundation PhD Studentship in ‘Cellular and molecular mechanisms of atrial fibrillation’ Applications are invited for a 3-year, fully funded British Heart
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such as survival/mortality. This studentship combines novel methods in dynamic prediction, longitudinal data analysis, survival and competing risk models, and latent class modelling within a probabilistic
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patient outcomes such as survival/mortality. This studentship combines novel methods in dynamic prediction, longitudinal data analysis, survival and competing risk models, and latent class modelling within
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thresholds for vibration during transportation difficult to establish. The aim of this project is to experimentally address the multiphase fluid dynamics of shaking vials and intravenous bags containing liquid
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reason why the above method works is still a mystery. This project thus aims at investigating relaminarisation events and flow-control strategy due to energetic impulses by exploring a novel dynamical