About the Project
The need to develop renewable energy technology continues to grow as the impact of climate change becomes more evident. Ocean wave energy is a significant source of renewable energy that remains untapped and requires further research and development to make it technologically and economically viable. The Marine Research Group at QUB has been awarded funding to develop a novel wave energy converter based on the exploitation of wave-induced lift forces. In this development QUB will be leading a Consortium of ten institutions from six different European countries in the LiftWEC project, please see consortium website for further details: https://liftwec.com/liftwec-concept/
This PhD project involves both numerical and physical modelling of a lift-based wave energy converter. The outcome of this numerical and physical modelling will be an improved fundamental understanding of the hydrodynamics of lift-based wave energy converters. It is intended that this fundamental understanding will be used to develop a novel configuration of a lift-based wave energy converter.
Applicants are expected to have an MEng or MSc or equivalent with a background in engineering, physics or applied mathematics. It is intended that the successful candidate will work closely with both the research team at QUB as well as the other members of the LiftWEC project consortium in developing the models of lift-based wave energy converters and the analysis of research findings. The successful candidate will acquire expertise in fluid mechanics and skills in Computational Fluid Dynamics (CFD), experimental design and testing of model scale WEC.
The PhD student is expected to participate in the broader marine energy community by presenting at international conferences such as the European Wave and Tidal Energy Conference (EWTEC). Such events will provide a platform to develop a network of professional contacts for further career progression.
• Apply for Degree of Doctor of Philosophy in the School of Natural and Built Environment (subject: Civil Engineering)
• State name of the lead supervisor as ‘Dr Carwyn Frost’ on application
• State ‘EPSRC funded 3.5 years DTP’ as Intended Source of Funding
• To apply, visit https://dap.qub.ac.uk/portal/user/u_login.php
Applicants should use the ‘Research Proposal’ section to provide a 500-word (maximum) discussion of the project description outlining:
• Understanding of the proposed research question(s) aims and objectives
• The broader context of the research and its relevance to engineering and science
• A methodological approach to the work
• Options for analysis of the data gathered
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