Aerospace, mechanical engineering, physics, instrumentation Cranfield University in United Kingdom

PhD opportunity at the University of Southampton in turbulent boundary layers, junction flows, and experimental aerodynamics . The project, Close Encounters: Interaction of turbulent boundary layers with junctions , is hosted in the Faculty of Engineering and Physical Sciences at the University of Southampton and supervised by Professor Bharath Ganapathisubramani . It investigates how aerodynamic components such as wings, fuselages, trusses, and appendages interact to create complex pressure gra...

PhD project at the University of Southampton on multiscale understanding of oxide-strengthened magnesium alloys for extreme space environments . This postgraduate research project explores how nanoscale oxide particles in magnesium alloys may improve strength , thermal stability , and radiation tolerance for future spacecraft and satellites. The work focuses on microstructural evolution under conditions relevant to space, including thermal cycling and helium ion irradiation . Research topics inc...

PhD opportunity at the University of Southampton in spacecraft propulsion, focusing on the extension of Hall thruster operational range through design and propellant optimisation . The project investigates how Hall ion thrusters can be adapted to deliver a wider range of thrust performance: from higher-thrust operation to highly fuel-efficient modes. You will work with thruster databases , optimisation , simulation , and experimental validation to study how geometry choices such as channel diame...

PhD opportunity at the University of Southampton in development of dual mode chemical-electric propulsion systems for more agile spacecraft . This postgraduate research project focuses on aerospace engineering , spacecraft propulsion , chemical propulsion , ion thrusters , and Hall effect thrusters . The project aims to develop a dual-mode propulsion system in which the same propellant can be used in both a chemical rocket and an ion thruster, enabling more flexible satellite mission design and ...

[Full tuition fees and an annual tax-free stipend of £23,805 for Home, EU and International students.] This PhD project investigates how wind-turbine wakes grow and spread as they move downstream, with a focus on the process of entrainment from a Lagrangian perspective. You will study how turbulent wake structures interact with the surrounding flow and how coherent motions, including blade-tip vortices, influence wake expansion and mixing. The work is based in the Aeronautics community at Imperi...