Sea-state modification and heaving float interaction factors from physical modelling of arrays of wave energy converters

Earth and Planetary Sciences

• Mathematical Model 100%
• Revision 100%
• Array 100%
• Sea State 100%
• Direct Power Generator 100%
• Wave Power 100%
• Heaving 100%
• Float 100%
• Wave 26%
• Layout 15%
• Set 10%
• Farm 10%
• Response 5%
• Datum 5%
• Investigation 5%
• Utilization 5%
• Site 5%
• Condition 5%
• Proving 5%
• Cost 5%
• Impact 5%
• Amount 5%
• Exhibit 5%
• Data Base 5%
• Optimization 5%
• Shallow Water 5%
• Structural Basin 5%
• Numerical Model 5%
• Diameter 5%
• Installing 5%
• Wave Climate 5%
• Takeoff 5%
• Damping 5%
• Electricity 5%
• Denmark 5%
• Renewable Energy Resource 5%
• Ocean Wave 5%
• Model Validation 5%
• Energy Dissipation 5%
• Buoy 5%
• Friction 5%
• Water Wave 5%

Engineering

• Factor Interaction 100%
• Waves Energy 100%
• Physical Modeling 100%
• Power Converter 100%
• Sea State 100%
• Energy Engineering 10%
• Validation 10%
• Induced Force 5%
• Models 5%
• Applications 5%
• Reduction 5%
• Fields 5%
• Shallower 5%
• Water 5%
• Optimization 5%
• Energy Dissipation 5%
• Takeoff 5%
• Large Number 5%
• Numerical Model 5%
• Friction 5%
• Power Absorption 5%
• Installation Site 5%
• Energy Systems 5%
• Large Set 5%

Physics

• Arrays 100%
• Revisions 100%
• Heaving 100%
• Floats 100%
• Responses 5%
• Utilization 5%
• Model 5%
• Impact 5%
• Sites 5%
• Friction 5%
• Optimization 5%
• Electricity 5%
• Diameters 5%
• Numerical Model 5%
• Takeoff 5%
• Shallow Water 5%
• Water Wave 5%
• Wave Type 5%