14.02.2025
In order to better predict the effects of using geothermal energy on the soil and the environment, Dr. Merita Tafili wants to develop precise simulations of the micromechanical processes in the soil. The German Research Foundation is supporting this project with an Emmy Noether Junior Research Group and around 1.7 million euros.
Geothermal energy is used as a climate-friendly energy source for heating and cooling buildings. However, the consequences of using geothermal energy on the environment have not yet been fully researched. The aim of the Emmy Noether Group is to develop a thermodynamically correct material model that takes into account the mechanical and thermal influences on soils. These models promote a more sustainable and economical use of geothermal energy and help to better assess the impact of geothermal systems on the environment.
In order to better predict the effects of using geothermal energy on the soil and the environment, Dr. Merita Tafili wants to develop precise simulations of the micromechanical processes in the soil. The German Research Foundation is supporting this project with an Emmy Noether Junior Research Group and around 1.7 million euros.
Geothermal energy is used as a climate-friendly energy source for heating and cooling buildings. However, the consequences of using geothermal energy on the environment have not yet been fully researched. The aim of the Emmy Noether Group is to develop a thermodynamically correct material model that takes into account the mechanical and thermal influences on soils. These models promote a more sustainable and economical use of geothermal energy and help to better assess the impact of geothermal systems on the environment.
Image:
RUB, Kramer