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Corrosion Protection Performance on Mechanically Damaged OWEA Coating Systems

Corrosion Protection Performance on Mechanically Damaged OWEA Coating Systems
Available for download

As part of the national research project OWS-MV (Offshore Wind Solutions-MecklenburgVorpommern), investigations were carried out to assess effects of mechanical stresses on the corrosion protection performance of coatings for offshore wind turbines (OWEA). In order to simulate typical damage mechanisms during transport and assembly of OWEA, compression, impact and abrasion tests and corrosion resistance tests were performed on laboratory scales. 

Product Number: 51219-204-SG
Author: Tom Marquardt, Michael Irmer, Andreas Momber, Nikolai Glück, Wilko Flügge
Publication Date: 2019
Industry: Coatings
$0.00
$20.00
$20.00

As part of the national research project OWS-MV (Offshore Wind Solutions-MecklenburgVorpommern), investigations were carried out to assess effects of mechanical stresses on the corrosion protection performance of coatings for offshore wind turbines (OWEA). In order to simulate typical damage mechanisms during transport and assembly of OWEA, compression, impact and abrasion tests and corrosion resistance tests were performed on laboratory scales. In order to categorize the intensity of damages, the mechanical tests were carried out on three load levels. Statistical methods were applied to assess and evaluate the performance of 15 different coating systems.

As part of the national research project OWS-MV (Offshore Wind Solutions-MecklenburgVorpommern), investigations were carried out to assess effects of mechanical stresses on the corrosion protection performance of coatings for offshore wind turbines (OWEA). In order to simulate typical damage mechanisms during transport and assembly of OWEA, compression, impact and abrasion tests and corrosion resistance tests were performed on laboratory scales. In order to categorize the intensity of damages, the mechanical tests were carried out on three load levels. Statistical methods were applied to assess and evaluate the performance of 15 different coating systems.

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