Comparison of Ice Load Models in Ice-structure Interaction Simulation for Offshore Wind Turbines

Keyphrases

• ABAQUS 33%
• Baltic Sea 33%
• Coastal Area 33%
• Cold Climate 33%
• Ice Crushing 33%
• Ice Interaction 66%
• Ice Load 100%
• Ice Velocity 33%
• Ice-induced Vibration 66%
• Ice-structure Interaction 100%
• Interaction Simulation 100%
• Large Capacity 33%
• Load Case 33%
• Load Model 100%
• Offshore Wind Turbine 100%
• Posters 33%
• Simulation Software 33%
• Soil Structure 66%
• Structural Configuration 33%
• Substructure 33%
• Wind Farm 33%
• Wind Turbine Design 33%
• Wind Velocity 33%

INIS

• baltic sea 10%
• capacity 10%
• climates 10%
• coastal regions 10%
• comparative evaluations 100%
• computer codes 10%
• configuration 10%
• crushing 10%
• design 10%
• height 10%
• ice 100%
• interactions 100%
• simulation 100%
• soils 20%
• variations 10%
• velocity 20%
• wind 10%
• wind farms 10%
• wind turbines 100%

Engineering

• Abaqus 33%
• Compressed Air Motors 33%
• Ice-Structure Interaction 100%
• Induced Vibration 66%
• Load Case 33%
• Load Model 100%
• Offshore Wind Turbines 100%
• Simulation Software 33%
• Structural Configuration 33%
• Wind Turbines Design 33%