A preliminary assessment of frozen-in offshore wind turbines

Keyphrases

• Offshore Wind Turbine 100%
• Ice Sheet 66%
• Load Case 66%
• Load Effect 66%
• Power Production 33%
• Utilization Level 33%
• Offshore Wind Farm 33%
• Combined Loading 33%
• Damage Equivalence Factors 33%
• Equivalent Moment 33%
• Ice Modeling 33%
• High Utilization 33%
• Offshore Wind Foundations 33%
• Extreme Events 33%
• Ice Failure 33%
• Design Load Case 33%
• Dynamic Model 33%
• Load-strain 33%
• Viscoelastic Behavior 33%
• Ice Cover 33%
• Ice Thickness 33%
• Waterline 33%
• Load Rate 33%
• Spring Stiffness 33%
• Structure Design 33%
• Linear Elastic 33%
• Load-deformation Behavior 33%
• Gust 33%
• Strain Rate 33%
• Deformation Rate 33%
• Natural Frequency 33%
• Mean Sea Level 33%
• Overturning Moment 33%
• Change of Direction 33%
• Ice-free 33%
• Stiffness 33%
• Elastic Spring 33%

Engineering

• Load Case 100%
• Evaluation 100%
• Design 100%
• Offshore Wind Turbines 100%
• Load Effect 66%
• Natural Frequency 33%
• Spring Stiffness 33%
• Deformation 33%
• Power Production 33%
• Offshore Wind Farms 33%
• Foundations 33%
• Event 33%
• Overturning Moment 33%
• Ice Thickness 33%
• Design Load 33%
• Failure (Mechanical) 33%
• Dynamic Models 33%
• Directional 33%
• Strain Rate 33%
• Combined Load 33%

INIS

• wind turbines 100%
• assessments 100%
• ice 100%
• design 36%
• sheets 18%
• springs 18%
• wind 18%
• stiffness 18%
• failures 9%
• dynamics 9%
• power production 9%
• flexibility 9%
• levels 9%
• accounting 9%
• risks 9%
• damage 9%
• deformation 9%
• thickness 9%
• foundations 9%
• wind farms 9%
• elevation 9%
• strain rate 9%
• sea level 9%
• shear 9%
• modeling 9%