From lab to blade: Scalable validation of a durable silicone-epoxy icephobic coating for wind turbine blades

Keyphrases

• Active Deicing 50%
• Adhesion 100%
• Adhesion Test 50%
• Anti-icing 50%
• CAT Test 50%
• De-icing 50%
• De-icing System 50%
• Delayed Response 50%
• Energy Demand 50%
• Energy Output 50%
• Expected Benefits 50%
• Expected Performance 50%
• High Energy 50%
• Ice Adhesion 50%
• Ice Adhesion Strength 50%
• Ice Mitigation 50%
• Ice Protection 50%
• Icephobic 50%
• Icephobic Coating 100%
• Icing 50%
• Laboratory Characterization 50%
• Laboratory Measurements 50%
• Large Rotor 50%
• Low Surface Energy 50%
• Material Properties 50%
• Mechanical Abrasion Resistance 50%
• Operating Conditions 50%
• Operational Challenges 50%
• Passive Solutions 50%
• Protection Strategy 50%
• Push-off 50%
• Reduced Energy 50%
• Rotational Speed 50%
• Rotor Blade 100%
• Scale Adhesion 50%
• Silicone-epoxy 100%
• Small-scale Test 50%
• Spinning Rotor 50%
• Structural Integrity 50%
• Water Contact Angle 50%
• Wind Turbine Blade 100%

Engineering

• Abrasion Resistance 50%
• Durables 100%
• Energy Demand 50%
• Epoxy Silicone 100%
• Field Trial 50%
• Ice Protection 50%
• Icephobic Coating 100%
• Interfacial Energy 50%
• Mechanical Abrasion 50%
• Multiscale 50%
• Operational Condition 50%
• Passive Solution 50%
• Protection Strategy 50%
• Rotation Speed 50%
• Rotor Blade 100%
• Scale Adhesion 50%
• Scale Test 50%
• Snow and Ice Removal 100%
• Structural Integrity 50%
• Water Contact Angle 50%
• Wind turbine blades 100%