|Developing crashworthy and thermally conductive graphene related composite materials for electrical car battery assembly
|Elucidation of Smear Wear Mechanism
|Filler Reinforcement of Elastomers
|Flexible ultrasound sensor
|Graphene based transparent electrodes for tuneable optical devices
|Innovative Tactile and Optical Sensing and Actuating Devices
|Lifetime predictions of Elastomers
|Nanostructured Reinforcing Fillers to Enhance Physical and Mechanical Properties
|Numerical simulation in composite-metal joint analysis
|Optimisation of a Novel Polymeric Heart Valve
|Optimisation of Tyre Wear Performance
|Self-healing Polyurethane Composites as Coating Materials for Wind Turbine Blades
|Sustainable Future Footwear and Fashion Technology
|Carbon black reinforcement of tyre tread compounds
|Frictional Properties of Elastomer Seals.
|Complex Architectures of Poly(2-oxazoline)s via Post-Polymerisation Modification
|Development of Self-healing and Recyclable Elastomers
|Prediction of Leakage in Elastomeric Seals for High Pressure Applications
|Characterisation of Elastomers for oil and Dynamic Sealing Applications
|Innovative Tuneable Optical Devices Based on Smart Electroactive Elastomers
|Soft smart machines: Electrically tuneable devices made of electro-responsive elastomeric smart materials
|A soft touch: wearable electroactive polymer multi-fingertip soft tactile displays
|Flexible Self-regulating Heating Composites
|Modelling the Viscoeleastic Behaviour of Rubber.
|Predicting the fatigue life and introducing structural health monitoring in cord reinforced rubber composites.
|Computational Modelling of Fracture Processes in Elastomeric Seals.
|Sliding Friction in Elastomers
|Stretchable haptic and optical systems based on electroactive polymer artificial muscles
|Development of materials and applications for electroactive composites
|Electric Breakdown of Dielectric Elastomer Actuator Materials
|Fatigue life prediction in aircraft tyres
|Predicting tyre compound wear.
|SmartNanoHeat - Self-regulating heating compounds
|The Strain Dependent Dielectric Behaviour of Carbon Black Filled Natural Rubber
|The development of a novel nanostructured silica filler for high friction and low rolling resistance rubber applications.
|Failure of Rubber Components under Fatigue
|The behaviour of hollow sphere filled rubber materials under strain
|Tearing of rubber
|Natural Rubber/Organoclay Nanocomposites
|The Impact and Deformation of Press-Fit Metal Acetablular Components
|Investigation and Modelling of Rubber Friction
|Viscoelastic Properties of Elastomer under Complex Loading
|Carbon Black Filler Reinforcement of Elastomers
|Investigating the Mechanism of Elastomer Abrasion
|The Recycling of Crumb Rubber
|Predicting the Fatigue life of Elastomer Components
|Identifying suitable polymeric materials for use in a synthetic heart valve (MPhil)
|Modelling filler reinforcement in elastomers
|An investigation of the effect of ageing on the physical properties of natural rubber
|Stiffness and fatigue failure prediction of bonded elastomer components
|The mechanical and electrical behaviours of carbon black filled elastomers under strain
|The role of visco-elasticity on the crack growth behaviour of rubber
|Dynamic properties of carbon black filled elastomers containing liquids
|Fatigue crack growth of carbon black reinforced elastomers.
|Stress-strain behaviour of rubber
|Deformation, stored energy functions and crack growth in filled rubbers
|The effect of incorporation of low molar mass liquids on the dynamic mechanical properties of elastomers under strain