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Research investigates effectiveness of flexible materials in wave energy devices
The FlexWave project - led by academics from the University of Plymouth - will explore whether types of rubber, composites and polymers can be effective in harnessing wave power and converting it into a renewable and sustainable source of energy.
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University of Plymouth leads £5million programme to maintain UK’s status as global leader in offshore renewables
The University of Plymouth is leading a £5million programme, Supergen ORE Hub, which aims to maintain UK’s status as global leader in offshore renewable energy
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Mobility, Culture and Society
University of Plymouth's Mobility, Culture and Society research group - understanding issues affecting contemporary society.
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Working with a justice service to embed a trauma-informed approach to diversity, equity and inclusion in probation and victim support
University of Plymouth research: Providing organisational training, management consultancy, expertise, research and support to organisations on delivering inclusive workplaces and community services.
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The REFRESH trial
https://www.plymouth.ac.uk/research/penctu/refresh-trial
Peninsula Clinical Trials Unit (PenCTU): The REFRESH trial
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Big Data group
https://www.plymouth.ac.uk/research/big-data-group
University of Plymouth's Big Data Group contributing to the Big Data technological revolution by using it to address present and future societal and economic challenges.
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Numerical modelling
https://www.plymouth.ac.uk/research/marine-physics-research-group/numerical-modelling
Plymouth University research: Investigating a wide variety of oceanic processes using the state of the art oceanic numerical models.
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Cohesive sediment dynamics
https://www.plymouth.ac.uk/research/marine-physics-research-group/cohesive-sediment-dynamics
Plymouth University research: We seek to improve our understanding of physical and biological cohesion in sediment transport for a range of applications.
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Shelf sea dynamics
https://www.plymouth.ac.uk/research/marine-physics-research-group/shelf-sea-dynamics
University of Plymouth research: Continental shelf seas are extremely important because of the high levels of primary productivity that they sustain and their ability to absorb atmospheric gases including climatically important greenhouse gases.
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Cornerstone Heritage projects
https://www.plymouth.ac.uk/research/cornerstone-heritage/projects
Find out more about our projects, past and present.
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