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A coupled wind-wave-turbine solver for offshore wind farm
Pin Lyu
, Sung Goon Park
,
Lian Shen
, Hui Li
Mechanical Engineering
Research output
:
Chapter in Book/Report/Conference proceeding
›
Conference contribution
3
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Scopus citations
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Dive into the research topics of 'A coupled wind-wave-turbine solver for offshore wind farm'. Together they form a unique fingerprint.
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Keyphrases
Wind Waves
100%
Offshore Wind Farm
100%
Nacelle
100%
Floating Platform
100%
Wave Turbine
100%
Growth Rate
50%
Wind Farm
50%
Large Eddy Simulation
50%
Actuator
50%
Ocean Waves
50%
Wind Power
50%
Surface Waves
50%
Discretized
50%
Flow Structure
50%
Wave Surface
50%
Mean Velocity
50%
Line Element
50%
Heave
50%
Mean Velocity Deficit
50%
Turbine Model
50%
Embedment
50%
Tip Vortex
50%
Mean Kinetic Energy
50%
Energy Research
50%
Vortex Sheet
50%
Mean Wind Speed
50%
Kinetic Energy Budget
50%
Sea Surface
50%
Power Extraction
50%
Hub Height
50%
Turbine Array
50%
Turbine Wake
50%
Wake Meandering
50%
High-order Spectral Method
50%
Dynamic Grid
50%
Offshore Wind Energy
50%
Offshore Wind
50%
Pitching Motion
50%
Gibbs Phenomenon
50%
Platform Motion
50%
In-plane Motion
50%
Engineering
Offshore Wind Farms
100%
Turbine
100%
Floating Platform
33%
Wind Power
16%
Compressed Air Motors
16%
Line Element
16%
Embedment
16%
Plane Motion
16%
Pitch Motion
16%
Platform Motion
16%
Offshore Wind Energy
16%
Flow Structure
16%
Vortex Sheet
16%
Actuator
16%
Gibbs Free Energy
16%
Ocean Surface
16%