Graphine elements linked in a regular hexaogonal pattern

Microstructure Engineering

Graphine elements linked in a regular hexaogonal pattern

The functionality and performance of many fast-moving consumer goods and speciality products can be affected by their structure at the microscale. To improve product performance, our research focuses on the assembly of innovative microstructures, the design of novel processes for their manufacture and the development of cutting-edge techniques for their characterisation.

  • Our areas of expertise

    • Soft matter

    • Design/Manufacture of emulsions

    • Formulation of fluid gels

    • Lithography materials

Meet our academic members

Tribology; Material science; Rheology; Powders; Human skin research

Ceramics processing; Additive manufacturing; Investment casting

Food manufacture; Surface cleaning; Hygiene; Interfacial behaviour

Rheology; Zeta potential; Suspensions

Mathematical modelling; Numerical optimisation; Data-driven formulation engineering; Food processing

3D-printing; Tribology; Product performance

Sustainable food processing; Healthier processed food; Circular economy; LCA

Soft materials; Micro-structural design; Healing

EUV lithography; Photoresist; Nanofabrication

Multiscale materials; Spraying; Injection; Therapeutic polysaccharides; Translation

Emulsions; Pickering stabilisation; Soft solids; Microstructure performance; Encapsulation and release

Emulsions; Interfaces; Rheology; Sustainable food microstructure engineering; Food texture

Colloids; Surface and interface; Bio-based and bio-derived materials; Coatings

Microencapsulation; Characterisation of microparticles; Microplastic-free delivery systems; Controlled release and targeted delivery

Visit our research centre