Teaching in materials science
Our undergraduate teaching mainly concerns the connection between the mechanical properties of a material and its inner structure. The fact that a steel is stronger compared to a plastic material is probably obvious for most of us, but why is it like that? To understand why different materials behave like they do is of great importance when aiming for usage of the full material potential.
I teach materials science on different engineering programmes and also supervise projects and thesis workers within the area.The engineering programmes I teach:
- Mechanical engineering (M),
- Design and product development (DPU),
- Industrial engineering and management (I),
- Energy, environment and management (EMM).
Testing materials for turbines
My research concerns the development a more efficient power generation by gas turbines. Today, many gas turbines are used as a complement for renewable sources, for example when the wind is not blowing or when the sun is not shining, which means that the turbine runs differently compared to earlier, when it ran for longer time periods with a lower number of start-ups and shut-downs. This leads to different requirements on the materials used in critical turbine components compared to earlier.
