Conor Farrell-John
- Email: mncfj@leeds.ac.uk
- Thesis title: Hybrid Additive Manufacture and Materials for Advanced Multi-material and Functionally Graded Ceramics
- Supervisors: Professor Robert Kay, Dr Jaemin Lee, Dr Matthew Shuttleworth
Profile
I studied Mechanical Engineering, MEng at Lancaster University (2019-2023) and I am now working towards a PhD in Advanced Manufacturing with Professor Robert Kay. My research investigates a novel manufacturing process for production of advanced multi-material and functionally graded ceramic materials. We are developing a multi-material hybrid-additive process, combining material pastes extrusion with accelerated drying and green machining to improve the process efficiency and product quality. The process also integrates multiple forms of in-situ monitoring, to improve the intelligence of the system, with plans and work to integrate silver paste extrusion to produce multi-material co-fired low-thermal co-fired ceramics. I have worked on the platform, software, materials, and applications. My goal is to create a novel, hybrid manufacturing process that can be applied to a range of ceramic & secondary materials, opening new possibilities for functional ceramic designs and applications.
Research interests
- Ceramic Materials and Processing Methods
- Multi-material and Functionally Graded Ceramics
- Low-Temperature Co-fired Ceramics
- Additive Manufacturing – Material Extrusion
- Functional Applications of Ceramic Materials
Qualifications
- Mechanical Engineering, MEng, Lancaster University, 2023