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of high aspect ratio wings using nonlinear absorbers. Nonlinear dynamics and stability of rotating shafts partially filled with liquid. Noise and vibration attenuation of rotating blades. Solid Mechanics
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Date: Monday 05 February 2024 Reference: ENG590023 The successful candidate will conduct work as part of the EPSRC funded research project “The Application of Micro-Mechanical Research on Coarse
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conditions (residual stresses and microstructure, for example) using a variety of experimental techniques. The successful applicant will work with an established team of solid mechanics researchers
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quality to be developed. The successful applicant will work with an established team of solid mechanics researchers at the University of Nottingham. This position offers the opportunity for close
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team of solid mechanics researchers at the University of Nottingham. This position offers the opportunity for close collaboration with national and international researchers as well with industrial
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of microstructure for widely used titanium alloys to enable a link to weld quality to be developed. The successful applicant will work with an established team of solid mechanics researchers at the University
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applications. More recently at the University of Nottingham, we have developed a single-stage process to produce solid (dense) and highly porous microspheres from bioactive glasses and other inorganic materials