Fundamental kunskap på nanometer-till-atomär nivå av deformationsmekanismerna i nitridnanokompositer

Viktiga resultat som projektet gav

The understanding of deformation mechanisms in thin films constituting self-organizing nano structures and nanolaminates is gained in this project.

Långsiktiga effekter som förväntas

We accomplished our aim in understand deformation physics as a function of temperature in perspective of grain boundary sliding/rotation mechanisms involving high density coherent/incoherent interfaces responsible for the plasticity of the complex multilayer coatings (to achieve optimum hardness, prevent crack initiation, and hinder crack propagation), and established experimental competence at LiU to study deformation mechanisms.

Upplägg och genomförande

he scope of the project was to relate nanocomposites, grown under highly controlled magnetron sputtering conditions, to the post mechanical testing structures on an atomistic level to dig deep into deformation physics. It has been successfully realized through collaborative efforts with world leading partners at Universität des Saarland (UdS) Saarbrücken, Germany, and University of Cambridge (U.C), UK.