Wave energy converter arrays: A methodology to assess performance considering the disturbed wave field |
Zou, S., Robertson, B., Roach, A. |
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Journal Article |
Wave, Point Absorber |
Modeling |
Array Effects, Performance |
An Integrated Wave Energy Recharging System for Autonomous Underwater Vehicles |
Mundon, T., Rosenberg, B., Murrillo, M. |
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Conference Paper |
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Development & performance enhancement of an AUV wave-charging system |
Rosenburg, B., Taylakov, S., Mundon, T. |
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Conference Paper |
Wave, Point Absorber |
Lab Data |
Hydrodynamics, Structural |
Performance Assessment of Large-Scale WECs Array with the Consideration of Disturbed Wave Field |
Robertson, B., Zou, S., Mundon, T. |
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Presentation |
Wave, Point Absorber |
Modeling |
Array Effects, Performance |
An approach for peak load limitation within a hydraulic Power Take Off |
Mundon, T., van ’t Hoff, J. |
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Conference Paper |
Wave |
Modeling |
Hydrodynamics, Power Take Off |
Wave Resource Spatial and Temporal Variability Dependence on WEC Size |
Robertson, B., Dunkle, G., Mundon, T. |
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Conference Paper |
Wave |
Modeling |
Grid Integration, Performance |
Investigating the difference between time-domain and frequency-domain modeling of a small-size two-body point absorber |
Mankle, H., Mundon, T., DuPont, B. |
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Conference Paper |
Wave, Point Absorber |
Modeling |
Grid Integration, Hydrodynamics, Performance |
Performance optimisation of a wave-charging autonomous underwater vehicle |
Rosenberg, B., Mundon, T. |
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Conference Paper |
Wave |
Modeling |
Hydrodynamics, Performance, Power Take Off |
Hydrodynamics of an asymmetric heave plate for a point absorber wave energy converter |
Rusch, C., Mundon, T., Maurer, B |
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Journal Article |
Wave, Point Absorber |
Lab Data, Test Center, Scale Device |
Hydrodynamics, Structural |
Development of WEC design loads: A comparison of numerical and experimental approaches |
Rosenberg, B., Mundon, T., Coe, R. |
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Conference Paper |
Wave, Point Absorber |
Lab Data, Modeling, Scale Device |
Hydrodynamics |
Performance evaluation and analysis of a micro-scale wave energy system |
Mundon, T. |
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Conference Paper |
Wave, Point Absorber |
Modeling, Scale Device |
Performance, Power Take Off |
CFD design-load analysis of a two-body wave energy converter |
Coe, R., Rosenberg, B., Quon, E. |
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Journal Article |
Wave |
Modeling |
Hydrodynamics, Mooring, Power Take Off |
Development of a survival configuration for the Triton wave energy converter |
Mundon, T., Rosenberg, B. |
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Conference Paper |
Wave, Point Absorber |
Modeling |
Performance, Structural |
Development and Field Testing of PTO Control Strategies for Two Body Flexibly Connected WECs |
Rosenberg, B., Mundon, T., Cavagnaro, R. |
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Conference Paper |
Wave, Point Absorber |
Field Data, Modeling, Full Scale |
Power Take Off |
Electromechanical Design and Experimental Evaluation of a Double Sided, Dual Airgap Linear Vernier Generator for Wave Energy Conversion |
Vining, J. , Mundon, T., Nair, B. |
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Conference Paper |
Wave, Point Absorber |
Modeling, Full Scale |
Power Take Off |
Reaction Body Hydrodynamics for a Multi-DOF Point Absorbing WEC |
Mundon, T., Rosenberg, B., van Rij, J. |
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Conference Paper |
Wave, Point Absorber |
Lab Data, Modeling, Scale Device |
Hydrodynamics |
A hybrid drivetrain for low speed, linear WEC applications |
Mundon, T., Rosenberg, B., Vining, J. |
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Conference Paper |
Wave, Point Absorber, Attenuator |
Modeling, Scale Device |
Power Take Off |
Numerical and physical modeling of a flexibly-connected two-body wave energy converter |
Rosenberg, B., Mundon, T. |
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Conference Paper |
Wave, Point Absorber |
Lab Data, Modeling, Scale Device |
Performance |
State of the Art and Future Outlook of Integrating Wave and Tidal Energy |
Mundon, T., Goldsmith, J. |
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Book Chapter |
Current, Tidal, Wave |
Field Data, Modeling |
Power Take Off |