Manufacture composites for transportation industries
Tang, Youhong (Professor)
Projects in Biomechanics informed prediction of fracture risk in the elderly
Taylor, Mark (Professor)
Projects in computational assessment of orthopaedic devices
Taylor, Mark (Professor)
Design and development of an erosion-corrosion testing machine for wind turbine blades testing against rain
Hashemi, Reza (Dr)
Mechanical properties of additively manufactured alloys
Hashemi, Reza (Dr)
Agriculture machine design and development – Kelly Tillage Projects
Hashemi, Reza (Dr)
Fatigue behaviour of additively manufactured alloys
Hashemi, Reza (Dr)
Tribocorrosion of new generation beta type Ti alloys for medical implant applications
Hashemi, Reza (Dr)
Low-cost water-system telemetry
Reynolds, Karen (Professor)
Designing a simple electrolyser for scaling green hydrogen value chains based on reverse engineering.
van Erp, Tim (Dr)
Conceptualising a Lego®- and AI-based Design Thinking method for planning and managing value networks for a future hydrogen or manufacturing industry.
van Erp, Tim (Dr)
Development of a structural integrity assessment methodology of steel surface tanks at BHP
Wildy, Stuart (Dr)
Magnesium Alloys for Biomedical Applications
Hashemi, Reza (Dr)
Conceptualising of a Mobile Learning Factory for Digital Additive Manufacturing Systems
van Erp, Tim (Dr)
Constitutive models to describe the mechanical behaviour of the human lumbar disc
Costi, John (Associate Professor)
Development and validation of a finite element model of the lumbar intervertebral disc
Costi, John (Associate Professor)
Investigating the effect of patient and implant design factors on the wear behavior of polyethylene liners in hip implant
Fallahnezhad, Khosro (Dr)
Investigating wear in the polyethylene liner of hip implants using an experimental-modelling approach
Fallahnezhad, Khosro (Dr)
What is the relationship between metal-on-metal and ceramic-on-metal wear behaviours? An experimental study on Ti‐6Al‐4 V/CoCrMo interface
Fallahnezhad, Khosro (Dr)
Studying the effect of surface roughness on the wear and corrosion performance of Ti6Al4V: This project would investigate the impact of different surface roughness levels on the wear behavior of Ti6Al4V, and aim to identify the most effective surface roughness for reducing wear.
Fallahnezhad, Khosro (Dr)
Investigating the influence of heat treatment on wear behavior of Ti6Al4V: This project would examine the effect of different heat treatments on the wear resistance of Ti6Al4V, and aim to identify the optimal heat treatment for reducing wear.
Fallahnezhad, Khosro (Dr)
Low-Cost, Small and Smart Autonomous Underwater Vehicles
Sammut, Karl (Professor)
Design and validation of a system to create circumferential tears in lumbar intervertebral discs
Costi, John (Associate Professor)
