Fully Funded PhD in Pore-Scale Modelling of Fluid Flow and Transport in Porous Media University of Aberdeen in United Kingdom

A fully funded 4-year doctoral student position is available in the lab of Magdalena Mrokowska at the Institute of Geophysics, Polish Academy of Sciences in Poland. The project focuses on the settling dynamics of marine aggregates with complex physical characteristics, with clear links to hydrodynamics, marine snow, sedimentation, and ocean processes. This is a strong fit for applicants interested in physics, chemical engineering, and related areas of soft matter in hydro-environmental systems. ...

A fully funded 4-year PhD position is available in the lab of Magdalena Mrokowska at the Institute of Geophysics, Polish Academy of Sciences in Poland . The project focuses on the hydrodynamics of marine snow , with related interests in marine aggregates , sedimentation , and experimental studies of ocean processes. The post is especially suitable for candidates with a background in physics or chemical engineering . This is a fully funded doctoral student position with an expected start date of ...

[Fully funded studentships including a minimum tax-free stipend are available for home fee-eligible students. International students may be considered if exceptionally qualified.] The University of Nottingham’s Centre for Additive Manufacturing (CfAM), a world-leading research group within the Faculty of Engineering, is offering a fully funded PhD studentship focused on advanced multi-metal additive manufacturing for future energy and technology systems. This opportunity is supervised by Dr Nega...

Postdoctoral Research Associate opportunity at the University of Cambridge in the Department of Chemistry , working with Prof. Alexander Forse on solid-state NMR and materials chemistry for the energy transition . The project is part of an ERC Starting Grant funded by UKRI and focuses on understanding and improving supercapacitor devices for energy storage. The research uses solid-state NMR spectroscopy to gain structural insights into electrode materials and energy storage mechanisms in porous ...

This PhD at the University of Nottingham explores how high-powered laser processing can support the circular economy through advanced, flexible materials manufacturing and recycling approaches. The project has two main experimental themes. First, it will investigate disassembly and reuse of end-of-life composite components, building on previous work that has demonstrated laser cutting of carbon fibre composites (CFRP). The contactless and highly programmable nature of laser processing makes it w...