Development of Self-Healing Materials for Use in Wind Turbine Blades
Mentor 1
Ryo Amano
Location
Union Wisconsin Room
Start Date
28-4-2017 1:30 PM
End Date
28-4-2017 4:00 PM
Description
The goal of the project is to apply self-healing to wind turbine blade to reduce maintaince cost. There are many ways to apply self-healing material into wind turbine. However, considereffectiveness, material saving, material property, etc;there is only one sulotion that survethe purpose. That solution can develop with technology. Theoraticaly, this concept could reduce cost, as we obtained sample data that self-healing concept can prevent creepand cracks further developing lead to unstopable damage. The next big step is to determing the most efficient way to apply self-healing to wind turbine blade.
Development of Self-Healing Materials for Use in Wind Turbine Blades
Union Wisconsin Room
The goal of the project is to apply self-healing to wind turbine blade to reduce maintaince cost. There are many ways to apply self-healing material into wind turbine. However, considereffectiveness, material saving, material property, etc;there is only one sulotion that survethe purpose. That solution can develop with technology. Theoraticaly, this concept could reduce cost, as we obtained sample data that self-healing concept can prevent creepand cracks further developing lead to unstopable damage. The next big step is to determing the most efficient way to apply self-healing to wind turbine blade.
