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Transverse cracks in wind turbine blades are a type of damage that may initially pose a low risk but can lead to high-risk or even catastrophic blade failure if left unattended. These cracks are more likely to occur on the pressure side of the trailing edge panels, specifically in the transition zone and maximum chord area, due to the high curvature. They are caused by local out-of-plane panel deformations, which is a fatigue-driven issue that can lead to failure. Bladena has a solution for this! If you would like to know more about how Bladena can help, contact us at [email protected]  Torsional loads are often overlooked in the blade design, testing and certification process, despite being a crucial factor in ensuring blade integrity and longevity. If you’d like to learn more about the impact of torsional loads on blade structure and how we can help, feel free to contact us at [email protected]  Shear web disbond is a common blade failure in industry. Below you can see description of the problem and how Bladena is solving this problem with our RTZ solution. If you’d like to learn more Bladena solutions and how we can help, feel free to contact us at [email protected]  |