Harry Felton MEng
Harry is in the 2nd year of his PhD studies having started in September 2018 within the DMF group. His focus is on using additive manufacturing (AM) for use with virtual-physical twinning (as part of ProtoTwinning).
Harry has previously completed a year-long placement at Rolls-Royce Plc investigating the use of additive manufacturing for aerospace engines, and graduated from his Aerospace Engineering MEng degree at the University of Bristol in July 2018. He has also been the University of Bristol’s Formula Student Team Principal.
Outside of the office Harry is a keen motorsports, football and rugby fan, and enjoys travelling.
- Additive manufacturing
- Manufacturing systems
- Virtual-physical twinning
Harry’s main PhD research is focussed on twinning product mass and inertia properties with prototypes. The intention is to allow automated production, likely using additive manufacturing, of prototypes that have comparable mass distributions to the intended design. As such, it will be possible to understand the behaviour and feel of the product earlier in the design process.
If you feel you would be able to help or have any thoughts on this research please email firstname.lastname@example.org.
Harry’s main research areas are:
- Hybrid manufacturing (additive couple with subtractive manufacturing) on the Make: By Twinning project.
- Low cost, high accessbility manufacturing systems and tool kits
- Mass twinning/replication between rapid prototypes and intended design
- MHRA Requirements Document - We have put together a document summarising the MHRA minimum useful specification for an emergency ventilator. This is considered the minimum required level of machine that would be useful to the NHS. The original specification can be found here. The PDS style requirements document can be found here. Access has… Read More
- Poster accepted: Design Computing and Cognition - Harry has had a poster accepted to DCC 2020 in Atlanta, Georgia for the end of June. The work presented looks at the capability of varying mass properties in rapid protoyped parts by manipulating the infill density through the part(s). This work follows on from Harry's work on identifying the… Read More
- Mass property mapping: first paper accepted – Design 2020 - Harry's first paper has been accepted to Design 2020! Titled "Looks like but does it feel like? Investigating the influence of mass properties on user perceptions of rapid prototypes" the paper looks at how mass, balance and inertia are considered by people through manipulation of an example part. It was… Read More
- Looks like but does it feel like? - Harry has been completing early investigatory studies as part of his PhD work. This has focussed on the completion of a study, completed within the Department of Mechnical Engineering, that focused on how mass properties (mass, balance and inertia) affect a user's perception of a product. The study used a… Read More
- TCT Show 2019 - On 24th and 25th September 2019, Harry went to the TCT show in Birmigham to see the latest products from industry and watch some of the many presentations. One of the most well attended product launches was that of the Ultimaker S5 Pro bundle, along with the new S3. Though… Read More
- DMF Lab at CIRP 2019 – 69th General Assembly, Birmingham - The DMF Lab are at the CIRP GA 2019 in Birmingham this week, exhibiting what we do and who we are. Dr Aydin Nassehi will be in attendance everyday of the conference, with Dr Chris Snider and Harry Felton attending the exhibit on Monday and Tuesday. Professor Ben Hicks will… Read More
- ICED 2019, Delft - Five of the team (Chris, David, Harry, Lee and Mark) attended ICED2019 at TU Delft, Delft, Netherlands. 3 papers were presented, along with a marketplace demonstration, that were all well received. The theme of the conference was "Responsible design for our future", with several keynotes highlighting how researchers and wider… Read More
- Our New Digital Manufacturing Lab is Open! - Our new Digital Manufacturing lab is officially open! Contained within the Queen's Building at the University of Bristol, the new Digital Manufacturing lab is home to several research groups looking into the future of manufacturing and manufacturing systems. Undergraduates, postgraduates and post-doctorate researchers all share the space to progress their… Read More
- Digital Twinning and Additive Manufacturing - I've started work on my first sprint looking at coupling additive and subtractive manufacturing (termed hybrid manufacturing) for use within digital twinning. Using the research group's new lab space - the digital manufacturing lab at the University of Bristol - I'm going to be investigating the machining of FDM produced… Read More