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Laboratory Scientist

Current PhD students

  1. Gabriele Livi, PhD, Fibres for water harvesting, 1st supervisor, 1st Year

  2. Hailah Bin Rashed, PhD, Mechanical properties of soft matter systems related to biomedical applications, 1st supervisor, 1st Year

  3. Supreeth Sundar, PhD, Mechanical, adhesive and rheological properties of liquid foams: A multiscale approach, 1st supervisor, 1st Year

  4. Kyle Ling, PhD, Superhydrophobic polymer nanocomposite coatings, 1st supervisor, 1st Year

  5. Saleh Meshal S. Alghams, PhD, Polymer nanocomposites: Advancing hydrogen gas barrier performance, 1st supervisor, 1st Year

  6. Shadi Kolahgar Azari, PhD, Polymer suspension droplets: evaporation and formation of deposits, 1st supervisor, submitted

  7. Ahlam Abdaljalil, PhD, Sessile Droplets: Adhesion and Friction, 2nd Supervisor, 1st year

  8. Lydia Lei, PhD, Bio-fabrication of vascular grafts using extrusion-based bioprinting and electrospinning techniques, 2nd Supervisor, 2nd year

  9. Yifan Su, PhD, Finite element spine model for clinical applications, 2nd Supervisor, 3rd year

  10. ​Thomas Easton, PhD, Tackling microplastics pollution by advanced oxidation processes, 2nd Supervisor, 3rd year

  11.  Ateeq Ur Rehman, PhD, Bio-inspired textiles for advanced composites, 2nd Supervisor, 3rd year

Group: Text
Engineers and Businesspeople

Alumni

  • Muhammad Waqas, Composite materials

  • Hannah Jones, Polymer blends and recycling

  • Karina Jeronimo Martinez, PDMS nanocomposites

  • Marisa French, Colloidal interactions

  • Catherine Marie Megregian,  Materials and ice adhesion

  • Yuhong Chen, Wetting of elastomers

  • Faraz Fazal, Bio-fabrication of a vascular graft using extrusion based bioprinting and electrospinning techniques

  • Adeel Saleem Shafi, Microbubbles for preclinical in vivo optical and ultrasonic imaging

  • Zakareya Elmo Hussein, Compliant Piezoresistive E-Skin for Force and Location Sensing

  • Jake McClements, The carbon surface-polymer interface

  • Ibrahim Albaijan, Nanomechanics of soft materials

  • Olga Kapetanou, Dislocation microplasticity

  • Julia Morris, Nanomechanics of ultrathin-shelled hollow microspheres for biomedical applications

  • Michail Kalloudis, Self-assembly of diblock copolymers on surfaces

  • Apostolos Evangelopoulos, Modelling of polymer nanodroplets on surfaces

  • John Walker, Self-assembly of nanoparticles on surfaces

  • Emmanouil Glynos, Self-assembled polymer nanostructures

  • Daniel Higgins, Tyre rubber/ice friction

  • Qianqian Li, Carbon nanotube polymer composites

  • Frederic Madani-Grasset, Polymer monolayers

  • Tony Keirouz, polymer electrospinning and biomedical applications

  • Rui Zhang, Mechanical properties of 2D materials

  • Atif Syed, Polymer MEMS, completed

  • Fergus Cuthill, Rubber/snow friction

  • Tamas Parkanyi, Rubber/snow friction

  • Dimitrios Mamalis, Polymer suspensions and droplets on surfaces

  • Alexandros Askounis, Nanofluids on surfaces

  • Damien Thuau, Carbon-nanotube polymer composites for microelectronics applications

  • Gerasimos Skouvaklis, Tyre rubber/snow friction

  • Alexandros Chremos, Computer simulations of polymers on surfaces

  • Samantha Ella, Rubber-snow interface and friction

  • Andrea Hamilton, Crystallisation in porous materials

  • Mingjun Yang, Computer simulations of polymers and carbon nanotubes

  • Florence Saffar, Composite Materials

  • Elsa Lasseuguette, Recycled cementitious materials 

  • Vassilis Sboros, Ultrasonic microbubbles

Group: Text
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