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, aiming to couple viscous interfacial fluid flow, elastic deformations and wetting-like processes at cellular membranes. The theoretical modelling will be in close collaboration with experimentalists, using
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the Asian School of the Environment (ASE) and the Earth Observatory of Singapore (EOS) to push forward the use of phase field models in earthquake rupture dynamics and fluid-driven fracture processes
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. Numerical simulations and theoretical membrane models will be developed, aiming to couple viscous interfacial fluid flow, elastic deformations and wetting-like processes at cellular membranes. The theoretical
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on the UKRI Future Leaders Fellowship (FLF) project titled: “Fluid Dynamics of Deep Interiors in the Outer Solar System.” This position will focus on developing innovative laboratory experiments of rotating
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Fluid Dynamics at the University of Exeter to work on an STFC funded project to investigate the observational signatures of nonlinear damping of MHD kink waves. In particular this project will focus
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cell types. Their work will involve combining skin models with microfluidics and analysing these dynamic culture systems. This will include modelling and analysis of fluid flow, design of microfluidic
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forward the use of phase field models in earthquake rupture dynamics and fluid-driven fracture processes. The project bridges applied geophysics and computational mechanics, and is jointly developed with
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applications working on industrial related projects using high performance computing clusters would also be advantageous Strong foundation in Fluid Dynamics Strong prior experience in CFD – particularly in
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synthetic ones. Ongoing projects focus on understanding the organization and dynamics of the nucleus, the structure and assembly of spindles, the positioning and transport of cellular organelles, and fluid
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physics, as well as cosmology. Specific areas of interest include: Heavy flavor physics, CP-violation, and perturbative QCD. Relativistic kinetic theory, fluid dynamics, and high-energy nuclear collisions