Research at the Chair of Reactive Flows
Research at the Chair of Reactive Flows encompasses a wide range of methods for investigating the interaction of thermoacoustics, chemistry and flow. The aim is to gain a deeper understanding of coupled physical processes in reactive systems, as well as their numerical description and modelling. A variety of methodological approaches are employed – ranging from idealised one-dimensional flame and acoustic simulations to high-resolution Large Eddy Simulations (LES) of reactive flows, as well as data- and physics-based modelling approaches for the analysis and reconstruction of complex dynamics.
Research at the Chair of Reactive Flows encompasses a wide range of methods for investigating the interaction of thermoacoustics, chemistry and flow. The aim is to gain a deeper understanding of coupled physical processes in reactive systems, as well as their numerical description and modelling. A variety of methodological approaches are employed – ranging from idealised one-dimensional flame and acoustic simulations to high-resolution Large Eddy Simulations (LES) of reactive flows, as well as data- and physics-based modelling approaches for the analysis and reconstruction of complex dynamics.
Last Change: 23.06.26
