Research Projects
- Fundamental investigation of particle-layer rearrangement in ceramic wall flow filters by resolved particle simulations
- Modelling and Simulation of Multidimensional Fractionation in Fine Particle Systems and their Application
- Bridging the Gap – Mathematical Optimization Methods and Efficient Algorithms for Process Engineering Problems
- OpenLB – An Open Source High Performance Lattice Boltzmann Code for Heterogeneous CPU-GPU Clusters
- Hemodynamics at High Spatio-temporal Resolution by Comparative Visual Analysis of 4D PC-MRI Data and CFD Simulation Ensembles
- Numerical simulation of convective boiling using lattice Boltzmann method
- FALCON
- CFD-MRI Reactions – A Combined Measurement-Simulation Approach for Reactive Flow Characterization
- Previous Projects
Interactive Microclimate Studies for Climate Adapted Cities
In collaboration with Karlsruhe Institute of Technology and Henning Larsen, this project aims to develop an interactive software package for urban microclimate simulations. The purpose is to assist architects and urban planners in selecting optimal design scenarios for climate adaptation. Based on the open-source library OpenLB, our framework reduces time-to-solution in microclimate studies from days to minutes, allowing for rapid, data-driven exploration of design scenarios. We establish collaborations between academia and practitioners to enhance the software's capabilities, and aim to incorporate features like vegetation cooling and air pollutant modeling. The expected results include a significant reduction in simulation time and the democratization of complex knowledge for wider adoption by non-expert users. Aligning with EU priorities for climate-adapted cities, this project supports the Ramboll Foundation's focus on sustainability and digitalization.
This project is funded by Ramboll Foundation
