Research Lab

Multiscale Lab

The Multiscale Lab facilitates research on the deformation and failure behavior of composite materials. The insights gained lead to innovative materials.

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Revealing deformation and failure

A computer chip that delaminates at high temperatures, paper that warps during printing, or a cast iron engine that fractures when operated at high power: all these problems originate from properties of the materials involved. It is often not obvious when and why materials deform or fail, especially where new composite materials are concerned. The Multiscale Lab contains a range of advanced facilities to investigate such failures at the core, i.e. at the level of the material’s microstructure.

From industry to innovation

The Multiscale Lab facilitates research on the microstructures that underpin the failure behavior and deformation of materials. This research is often prompted by practical questions posed by industry, ranging from the failure behavior of innovative, flexible materials for solar cells to the robustness of lighter types of steel for the automotive industry. The fundamental understanding gained in studies like these is applied in the development of innovative materials that in turn find their way back into industry. 

Mechanical testing in an electron microscope

 

Working in this way, the lab's experts developed an instrument to bend flexible electronics, such as solar cells, while simultaneously imaging the deformation and failure behavior using an electron microscope. To test and simultaneously study the failure behavior of sheet steel at the level of microstructural deformation mechanisms they also developed an in-situ SEM testing device. Both instruments resulted in journal publications. 

Cooperation

The Multiscale Lab collaborates with numerous partners in high-tech systems, the automotive industry, the aerospace industry, energy and manufacturing & printing. They include ASML, DAF, DIFFER, DSM, Fokker, Océ, Philips, NRG, NXP, Tata and TNO. The laboratory is open to address problems of external parties, provided that the research triggers scientific interest. For more information, those interested should contact Johan Hoefnagels. 

 

 

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