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Field
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for Multiscale Offshore Structures), which develops integrated AI methods for the analysis, design, monitoring, and control of floating offshore systems. Multi-modular floating structures are emerging as a
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, acoustic-electric spectroscopy, and other nonlinear materials characterization techniques. We will develop on-wafer acoustic microfluidic devices. Necessary skills include finite element simulations, digital
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emphasis on standard and non standard finite element methods with applications to wave propagation problems and nonlinear reaction-diffusion problems. Further information about our research area and about
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regarding digital broadcasting Knowledge of broadcasting production techniques. Knowledge of control room operations and equipment Knowledge of High Definition\Serial Digital broadcast and audio visual
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nonlinear MEMS-based oscillators driven by storage-ring radio-frequency (RF) signals to enable advanced manipulation of X-ray pulses. Background information on the project can be found in the publications
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finite element methods with applications to wave propagation problems and nonlinear reaction-diffusion problems. Further information about our research area and about our team can be found on our homepage
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emphasis on standard and non standard finite element methods with applications to wave propagation problems and nonlinear reaction-diffusion problems. Further information about our research area and about
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the contract. More information is available on: Workplan and the objectives to achieve: The work to be carried out consists of the development and experimental validation of nonlinear and hybrid control
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goals and our industrial partner's milestones. Design and execute rigorous experiments on: Bulk and interfacial rheology Nonlinear viscoelastic behavior Extensional and shear flow dynamics relevant
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the Faculty Statistician, including: Longitudinal & repeated-measures studies (e.g., linear/nonlinear mixed-effects models, GEE, repeated-measures ANOVA) Survival & time-to-event analyses (e.g., Cox