Numerical investigation on a novel VIV energy harvester for underwater mooring platforms

Engineering

• Harvester 100%
• Power Converter 100%
• Flow-Induced Vibrations 75%
• Computational Fluid Dynamics 50%
• Magnetic Couplings 50%
• Current Velocity 25%
• Thin Plate 25%
• Dynamic Method 25%
• Piezoelectric 25%
• Damping Coefficient 25%
• Vortex Shedding 25%
• Angular Displacement 25%
• Underwater Structure 25%
• Displacement Amplitude 25%
• Energy Collection 25%
• Produce Electricity 25%