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Nonlinear Wave Structure Interaction and Device Modelling

Nonlinear Wave Structure Interaction and Device Modelling. Deborah Greaves deborah.greaves@plymouth.ac.uk Reader in Marine and Coastal Engineering University of Plymouth. Coupled Dynamic Response of Wave Energy Converters and Mooring Systems. Develop numerical models Survivability

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Nonlinear Wave Structure Interaction and Device Modelling

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  1. Nonlinear Wave Structure Interaction and Device Modelling Deborah Greaves deborah.greaves@plymouth.ac.uk Reader in Marine and Coastal Engineering University of Plymouth

  2. Coupled Dynamic Response of Wave Energy Converters and Mooring Systems Develop numerical models Survivability Need to predict loading due to violent events: breaking, slam, overtopping and splashing Lead: Dr Qingping Zou

  3. Coupled Dynamic Response of Wave Energy Converters and Mooring Systems Develop numerical models Survivability Need to predict loading due to violent events: breaking, slam, overtopping and splashing Lead: Dr Qingping Zou

  4. Coupled Dynamic Response of Wave Energy Converters and Mooring Systems

  5. EPSRC:Extreme Wave Loading On Offshore Wave Energy Devices Using CFD Academic partners: Plymouth, Oxford, Manchester, MMU, Bath Industrial partners: Pelamis WP, Atkins, Adapco and Ansys CFD analysis of Pelamis and Manchester Bobber

  6. GWR with Embley Energy: Survivability and Tuning of SPERBOYTM Numerical code development and modelling Physical tank testing Investigation of behaviour in storm conditions Investigation of active tuning techniques

  7. EPSRC Industrial CASE with Arup Ltd: Wave energy converter & mooring/tether dynamics modelling Development of numerical models Comparison with traditional methods

  8. Evaluation of the Cormarent Tidal Stream Energy Device to include concept validation and CFD optimisation Physical Model tests CFD analysis for performance prediction and load estimation Lead: Dr Ming Dai

  9. Student Projects Pelamis PowerbuoyTM Buldra

  10. SOWFIA Streamlining of Ocean Wave Farms Impact Assessment • Proposal submitted to Intelligent Energy in Europe IEE, June 2009 • deborah.greaves@plymouth.ac.uk

  11. Systems engineering Wind Wave Tidal Photovoltaics Biomass Microgeneration Evidence based technology assessment Energy policy for implementation: barriers to investment and de-risking the sector ACRE – Accelerator Consortium for Renewable Energy • Run as a managed programme by GWR PRIMaRE, UoP, UoE, UoBr, UoBa, UWE, PML, RegenSW, GWR

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