Pages tagged with: coast-engineering
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COAST publications
University of Plymouth's COAST Engineering research group - publications
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Opportunities within the COAST Engineering Research Group
University of Plymouth's COAST Engineering Research Group - opportunities to be part of this group
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Media
University of Plymouth's COAST Engineering research group: use of our facilities in the media.
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A non-linear numerical wave model to investigate the dynamic behaviour of a large diameter monopile-based offshore wind turbine (OWT) within the Caribbean Sea environment
University of Plymouth's COAST Engineering Research Group - active project: A non-linear numerical wave model to investigate the dynamic behaviour of a large diameter monopile-based offshore wind turbine (OWT) within the Caribbean Sea environment
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Structural performance of floating marine energy devices
University of Plymouth's COAST Engineering Research Group - active project: Structural performance of floating marine energy devices
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Smoothed Particle Hydrodynamics model for wave energy converters in survival conditions
University of Plymouth's COAST Engineering Research Group - active project: Smoothed Particle Hydrodynamics model for wave energy converters in survival conditions
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MTG Platform Concept 2 (MTG2)
University of Plymouth's COAST Engineering Research Group: MTG Platform Concept 2 (MTG2)
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MTG Tidal Raft Platform Concept (MTG1)
University of Plymouth's COAST Engineering Research Group: MTG Tidal Raft Platform Concept (MTG1)
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Wave Farm Impacts and Design (WAVEIMPACT)
University of Plymouth's COAST Engineering Research Group - active project: Wave Farm Impacts and Design (WAVEIMPACT)
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Integrated numerical Modelling system for Marine Renewable Energy
Plymouth University's COAST Engineering Research Group: An evaluation of a new hybrid wave and wind energy converter
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An evaluation of a new hybrid wave and wind energy converter
Plymouth University's COAST Engineering Research Group - An evaluation of a new hybrid wave and wind energy converter
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Hydrodynamics and Optimisation of a Wave Power Device
Plymouth University's COAST Engineering Research Group: Hydrodynamics and Optimisation of a Wave Power Device