Survivability

How a device survives in the ocean (e.g., planned lifespan, fatigue studies).

Survivability refers to how a device survives in the ocean. In the context of marine renewable energy, survivability is typically discussed in relation to a device’s performance under varying operational conditions or during extreme events. For a given application, survivability is typically quantified by specifying the range of conditions over which the device will survive or perform effectively. Two subcategories that are also tracked include debris and ice.

Photo: Wave Dragon

Affiliated Marine Energy Engineering Documents

Total results: 484
Title Author Date Type of Content Technology Collection Method Engineering
Finite safety models for high-assurance systems Sloan, J. Thesis Current Modeling
Characterizing Dangerous Waves for Ocean Wave Energy Converter Survivability Hovland, J., Paasch, R., Haller, M. Conference Paper Wave Field Data
Evaluation of Small Axial Flow Hydrokinetic Turbines for Remote Communities Anyi, M., Kirke, B. Journal Article Current, Axial Flow Turbine
Towards a Definition and Metric for the Survivability of Ocean Wave Energy Converters Brown, A., Paasch, R., Tumer, I. Conference Paper Wave
Determining the Service Life of a Steel Wire Under a Working Load in the Wave Energy Converter (WEC) Savin, A., Svensson, O., Strömstedt, E. Conference Paper Wave Field Data Mooring
Demonstrating survivability of marine energy converters Jones, A. Journal Article
Limiting heave response of a wave energy device by draft adjustment with upper surface immersion Stallard, T., Weller, S., Stansby, P. Journal Article Wave Lab Data Hydrodynamics
Float Design to Limit Displacement in Severe Seas Stallard, T., Stansby, P., Weller S. Conference Paper Wave Lab Data, Modeling Hydrodynamics
Mooring system analysis of multiple wave energy converters in a farm configuration Gao, Z., Moan, T. Conference Paper Wave Modeling Mooring
Foundation load analysis of Oyster® using a five degree of freedom load transducer Howard, D., Whittaker, T., Doherty, K. Conference Paper Wave, Oscillating Wave Surge Converter Lab Data, Modeling Hydrodynamics
Development of Marine Renewable Energy in the South West of England: The Wave Hub and PRIMaRE Greaves, M., Smith, G., Wolfram, J. Conference Paper Wave Field Data, Lab Data, Modeling Grid Integration, Hydrodynamics, Performance
The Ocean Harvester – Modelling, Simulation and Experimental Validation Sidenmark, M., Josefssin, A., Berghuvud, A. Conference Paper Wave Lab Data, Modeling
A wear model for assessing the reliability of wave energy converter in heave with hydraulic power take-off Yang, L., Hals, J., Moan, T. Conference Paper Wave, Point Absorber Modeling Hydrodynamics
Is it a showstopper? Reliability assessment and criticality analysis for Wave Energy Converters Thies, P., Flinn, J., Smith, G. Conference Paper Wave Lab Data, Modeling Hydrodynamics, Performance
Is it a showstopper? Reliability assessment and criticality analysis for Wave Energy Converters Thies, P., Flinn, J., Smith, G. Conference Paper Wave Modeling
Towards reliable and survivable ocean wave energy converters Brown, A. Thesis Wave Structural
Applications of Supercapacitor Energy Storage for a Wave Energy Converter System Murray, D., Egan, M., Hayes, J. Conference Paper Wave, Oscillating Water Column Modeling
Guidelines for Reliability, Maintainability and Survivability of Marine Energy Conversion Systems Starling, M. Report Current, Tidal, Wave
Study of the Characteristics and Possibility for Applying Composite Materials to the Blades of Tidal Power Generation Uzawa, K., Kageyama, K., Murayama, H. Conference Paper Current, Tidal Materials
Measurements of static and dynamic mooring line damping and their importance for floating WEC devices Johanning, L., Smith, G., Wolfram, J. Journal Article Wave Field Data, Lab Data, Modeling, Full Scale, Scale Device Hydrodynamics, Mooring
Offshore experiments on a direct-driven Wave Energy Converter Engström, J., Waters, R., Stålberg, M. Conference Paper Wave Field Data, Lab Data, Modeling
Value and Validation of Small Scale Physical Model Tests of Floating Wave Energy Converters Forestier, J-M., Holmes, B., Barrett, S. Conference Paper Wave Lab Data, Modeling Mooring
Tidal Power and Ocean Ice in the Bay of Fundy, Canada: 1968-2007 Sanders, R., Baddour, E. Conference Paper Current, Tidal
An experimental investigation on cavitation, noise, and slipstream characteristics of ocean stream turbines Wang, D., Atlar, M., Sampson, R. Journal Article Current, Tidal Lab Data Acoustics, Structural
Direct drive electrical power take-off for offshore marine energy converters Mueller, M., Baker, N. Journal Article Current, Wave Performance, Power Take Off, Structural
Energy based ice collision forces Daley, C. Conference Paper
Mathematical modelling of wave energy systems Lockett, F. Journal Article Wave Modeling
OTEC biofouling and corrosion study at the Natural Energy Laboratory of Hawaii, 1983--1987 Panchal, C., Stevens, H., Genens, L. Report OTEC Materials
Ice mechanics and risks to offshore structures Sanderson, T. Book
Survival of Surface-Piercing Wave Energy Devices in Extreme Waves Greenhow, M. Book Chapter Wave, Oscillating Water Column Modeling Performance
OTEC biofouling-control and corrosion-protection study at the Seacoast Test Facility: 1981-1983 Panchal, C., Larsen-Basse, J., Berger, L. Report OTEC Field Data
Ocean thermal energy conversion- materials issues Darby, J. Journal Article OTEC Field Data Materials, Performance, Structural
OTEC biofouling, corrosion, and materials study from a moored platform at Punta Tuna, Puerto Rico Sasscer, D., Tosteson, T., Morgan, T. Report OTEC Field Data
Ocean thermal energy conversion (OTEC) biofouling and corrosion experiment (1977), St. Croix, U. S. Virgin Islands: Biofouling and site characterization studies Aftring, R., Capone, D., Duguay, L. Report OTEC Field Data
Displaying 451 - 484 of 484 results