Stiffening offshore composite wind-blades bonding joints by carbon nanotubes reinforced resin – a new concept: Journal of Structural Integrity and Maintenance: Vol 5, No 2:
Offshore wind-blades with excessive lengths (>100 m) are critical parts because of monolithic bonding that is holding the two halves, which may lead to sudden separation of edges while wind-turbine is in service. Offshore wind generation maintenance teams are targeting zero-maintenance. As a matter of fact, in the event of initiating mechanical damage, top and bottom skins of a wind blade should hold together as long as possible to allow enough time for maintenance to take place......
Y. El Assami, M. Drissi Habti & V. Raman (2020) Stiffening offshore composite wind-blades bonding joints by carbon nanotubes reinforced resin – a new concept,Journal of Structural Integrity and Maintenance,5:2, 87-103, DOI: 10.1080/24705314.2020.1729519
Offshore wind-blades with excessive lengths (>100 m) are critical parts because of monolithic bonding that is holding the two halves, which may lead to sudden separation of edges while wind-turbine is in service. Offshore wind generation maintenance teams are targeting zero-maintenance. As a matter of fact, in the event of initiating mechanical damage, top and bottom skins of a wind blade should hold together as long as possible to allow enough time for maintenance to take place......
Y. El Assami, M. Drissi Habti & V. Raman (2020) Stiffening offshore composite wind-blades bonding joints by carbon nanotubes reinforced resin – a new concept,Journal of Structural Integrity and Maintenance,5:2, 87-103, DOI: 10.1080/24705314.2020.1729519
