Investigation of hydrodynamic forces for floating offshore wind turbines on spar buoys and tension leg platforms with the mooring systems in waves

Physics & Astronomy

• boundary element method 11%
• buoys 96%
• computer programs 7%
• damping 8%
• dynamic response 11%
• estimates 6%
• floating 61%
• hydrodynamics 47%
• interactions 4%
• matrices 5%
• mooring 100%
• operators 7%
• platforms 52%
• simulators 10%
• stiffness matrix 13%
• systems simulation 27%
• wind turbines 83%

Engineering & Materials Science

• Boundary element method 11%
• Buoys 79%
• Damping 7%
• Dynamic response 8%
• Hydrodynamics 53%
• Mooring 72%
• Offshore wind turbines 78%
• Simulators 7%
• Stiffness matrix 11%
• Tension-leg platforms 87%
• Visualization 8%

Chemical Compounds

• Force 42%
• Hydrodynamics 59%
• Resonance 12%
• Simulation 19%
• Tension 60%
• Time 11%
• Turbine 82%
• Wave 58%