ACAD108020

We are seeking a motivated interdisciplinary researcher to join the University of Bristol, as part of an industrially funded project in the field of Nonlinear Aeroelasticity. This exciting role offers the opportunity to contribute to cutting-edge research to obtain methodologies, tools and processes for nonlinear aeroelastic stability analysis used for novel design and certification purposes. The research aims at developing experimentally validated models for aeroelastic systems in the presence of freeplay. The work will involve designing bespoke freeplay systems and experimentally establish their nonlinear characteristics, allowing for the development of mathematical models that describe their behaviour. The freeplay systems will then be incorporated into chosen aeroelastic rigs (e.g. pitch-plunge wing experimental rig), which will be tested in the wind tunnel at the University of Bristol wind tunnel laboratory. The successful candidate will work closely with the industrial partner and with another researcher working on the numerical side of the project. This position is ideal for researchers with a passion for innovation and an interest in developing and leading novel experimental test campaigns within an academic or industrial setting.What will you be doing?

• Designing and developing nonlinear freeplay systems (FPS) and experimentally establishing their nonlinear characteristics through a range of parameters.
• Incorporating the FPS into two aeroelastic systems and conducting wind tunnel tests to experimentally examine their nonlinear behaviour, to establish their describing experimental bifurcation diagrams.
• Supporting the development of validated representative numerical models of the aeroelastic systems with freeplay.
• Undertaking technical discussions with industrial partners in the project and researchers across the University of Bristol and presenting results from this work at regular progress meetings.
• Producing technical reports to meet the required deliverables of the project.
• Disseminating the results through conference and journal papers arising from this work as appropriate.
  
  You are interested in developing a research portfolio in experimental aeroelasticity and nonlinear dynamics.
• You are interested joining a world leading team in experimental aeroelasticity in a project with high industrial impact.
• You have experience in conducting experiments and measurements, with experimental skills in wind tunnel testing, engineering mechanics or dynamics (preferably).
• You have experience in dynamic analysis of nonlinear structures and modelling.
• You have excellent oral and written communication skills.
• Are a self-starter and proactive; able to define and produce new processes and procedures.
• Inquisitive nature with an interest and skills in problem-solving.
• You have experience in publishing research papers and presenting at conferences/workshops.