FELiCS has gone open source in end of 2025. Happy New Year 2026.
2025 was a great year for the FELiCS project. After nearly seven years of development, the software is now available as […]
New publication on flow instabilities in cardiovascular systems in
In this study, we use physics-informed neural networks (PINNs) to assimilate the turbulent mean flow fields from Cartesian time-resolved three-dimensional
New publications on coherent structures in turbulent jet flames
In a recent publication titled Low-frequency streaky structures in turbulent hydrogen jet flames, FELiCS was used to reveal the mechanisms driving dominant heat-release
FELiCS Retreat in Lehnin: Getting Ready to Go Open Source
Earlier this year our team packed up and headed to Lehnin, just outside Berlin, for three days of working (and living)
Trailing edge noise in wind turbines
In this project, we leverage the compressible capabilities of FELiCS to predict trailing edge noise in wind turbines. Our primary
Amazing journal publication!
The aerodynamic sound generated by the oblique collision of two vortex rings is featured by the asymmetric emission associated with
New publication on turbulence modelling in FELiCS!
In a recent JFM article titled On the role of eddy viscosity in resolvent analysis of turbulent jets, FELiCS is used to quantify
The FELiCS project at Stanford University
Currently, Kilian, Thomas, Jens, and Moritz are participating in the Summer Program at Stanford University’s Center for Turbulence Research (CTR),
Advancing Aeroacoustic Research: FELiCS at ERCOFTAC SIG 39 in Rome
Last week, Simon, Thomas, Jakob, and Kilian joined the ERCOFTAC SIG 39 Conference in Rome, focused on Coherent Structures in
A First at the Symposium of Numerical Combustion in Kyoto: Dedicated Session on Linear Analysis of Reacting Flows
Reflecting the growing interest in linear analysis within the combustion research community, this year’s Symposium on Numerical Combustion in Kyoto,