Ramboll

The company employs more than 15,000 experts globally and has especially strong representation in the Nordics, UK, North America, Continental Europe, Middle East and Asia-Pacific. With 300 offices in 35 countries, Ramboll combines local experience with a global knowledgebase constantly striving to achieve inspiring and exacting solutions that make a genuine difference to our clients, the end-users, and society at large. Ramboll works across the following markets: Buildings, Transport, Planning & Urban Design, Water, Environment & Health, Energy and Management Consulting.

Country
Denmark

Affiliated Marine Energy Engineering Documents

Total results: 19
Title Author Date Type of Content Technology Collection Method Engineering
AquaBuOY - the offshore wave energy converter numerical modeling and optimization Weinstein, A., Fredrikson, G., Parks, M.J. Conference Paper Wave, Point Absorber Field Data, Lab Data, Modeling Performance
Cost, Time, and Risk Assessment of Different Wave Energy Converter Technology Development Trajectories Weber, J., Laird, D., Costello, R. Conference Paper Wave Modeling Performance
Hydrodynamic analysis of oscillating water column wave energy devices Bingham, H., Ducasse, D., Nielsen, K. Journal Article Wave, Oscillating Water Column Lab Data, Modeling Hydrodynamics, Performance, Structural
International Energy Agency Ocean Energy Systems Task 10 Wave Energy Converter Modeling Verification and Validation Wendt, F., Yu, Y., Nielsen, K. Conference Paper Wave, Point Absorber Modeling Hydrodynamics
KNSwing- On the Mooring Loads of a Ship-Like Wave Energy Converter Nielsen, K., Thomsen, J. Journal Article Wave, Attenuator Modeling
KNSwing—On the Mooring Loads of a Ship-Like Wave Energy Converter Nielsen, K., Thomsen, J. Journal Article Wave, Attenuator Modeling, Scale Device Mooring, Performance
MARINET experiment KNSWING testing an I-Beam OWC attenuator Nielsen, K., Bingham, H. Journal Article Wave, Attenuator Lab Data, Modeling, Scale Device Performance
Ocean Energy Systems Wave Energy Modeling Task 10.4: Numerical Modeling of a Fixed Oscillating Water Column Bingham, H., Yu, Y., Nielsen, K. Journal Article Wave, Oscillating Water Column Lab Data, Modeling, Scale Device Hydrodynamics, Performance
Ocean Energy Systems Wave Energy Modelling Task: Modelling, Verification and Validation of Wave Energy Converters Wendt, F., Nielsen, K., Yu, Y. Journal Article Wave, Point Absorber Lab Data, Modeling, Scale Device Hydrodynamics, Performance
OES Task 10 WEC heaving sphere performance modelling verification Nielsen, K., Wendt, F., Yu, Y. Conference Paper Wave, Point Absorber Modeling Hydrodynamics
Performance predictions of one-way energy capture by an oscillating water column device in Faroese waters. Joensen, B., Bingham, H., Read, R. Conference Paper Wave, Oscillating Water Column Modeling, Scale Device Hydrodynamics, Performance, Structural
Requirements for Realistic and Effective Wave Energy Technology Performance Assessment Criteria and Metrics Weber, J., Costello, R., Nielsen, K. Conference Paper Wave Performance
Scoring the Technology Performance Level (TPL) Assessment Bull, D., Costello, R., Babarit, A. Conference Paper Wave Performance
Stakeholder requirements for commercially successful wave energy converter farms Babarit, A., Bull, D., Dykes, K. Journal Article Wave
Systems Engineering Applied to the Development of a Wave Energy Farm Roberts, J., Bull, D., Costello, R. Report Wave
Technology Performance Level Assessment Methodology Roberts, J., Bull, D., Malins, R. Report Wave Performance
The AquaBuOY Hose-Pump – theory and experimental results Weinstein, A., Nielsen, K., Zandiyeh, K. Conference Paper Wave Lab Data, Modeling Performance, Power Take Off
Wave Energy Development & Evaluation Protocol Holmes, B., Nielsen, K., Barrett, S. Conference Paper Wave Modeling
WaveSPARC: Evaluation of Innovation Techniques for Wave Energy Costello, R., Nielsen, K., Weber, J. Conference Paper Wave Performance
Displaying 1 - 19 of 19 results