Sino-Danish cooperation on the computational design of advanced materials for wind turbines

The high reliability of wind turbine blades is especially important for large and extra large wind turbines. It can be ensured by the development of strong and highly damage resistant advanced materials. The Materials Research Division at Risø DTU has received a grant from the Danish Council for Strategic Research to develop the scientific basis and computational tools for the microstructural optimization of materials for wind blades.

The picture shows a micromechanical model of a composite material for a wind turbine blade

The project manager (of the entire project, and of the Danish part) is Leon Mishnaevsky, senior scientist in the Materials Research Division at Risø National Laboratory for Sustainable Energy at the Technical University of Denmark (DTU). The project will run for 3 years and has a budget of DKK 5, 5 million.

Learn more about the project

Visit the website of China University of Mining & Technology (Beijing)

Read about the previous Sino-Danish cooperation project

The Danish Council for Strategic Research

In a newly approved project, the scientific basis for the development of advanced, strong composites for wind blades, by optimizing their structures at microlevel, is to be created. This will be achieved by carrying out a comprehensive materials testing programme, and through the development of a “virtual laboratory” for the computational testing of different materials for wind blade applications. Different ways of modification and optimization of wind blade materials microstructures (including nanoengineered composites and hierarchical materials) will be explored in numerical experiments.

Exact methods to predict the lifetime and strength of different blade materials under complex cyclic and environmental loading, as well as recommendations towards the improvement of performances of composites for wind turbine blades will be developed.

The new project includes the collaboration with the China University of Mining and Technology, Beijing. Risø DTU has a good experience of collaboration with the China University of Mining and Technology, Beijing. Several students from CUMTB have been visiting Risø during the last years supported by scholarships from Chinese Academy of Sciences. One of the previous joint projects was the project “3D virtual testing of composites for wind energy applications: Computational mesomechanics approach” supported by the Danish Agency for Science, Technology and Innovation, and Danida.

As a result of this collaboration, a number of papers have been published in leading international journals.

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Leon Mishnaevsky
Senior Scientist
Materials Research (AFM)
Dir tel+45 46775729