In this work, large eddy simulations (LES) of a Gas Turbine Model Combustor (GTMC) are
done using a five-step global mechanism that includes separate thermal and non-thermal …

This article presents an assessment study of the propulsion system, the fuel distribution
system, and the injector/combustor technologies enabling to eliminate of CO2 emissions in …

The precessing vortex core (PVC) is a self-excited flow oscillation state occurring in swirl
nozzles. This is caused by the presence of a marginally unstable hydrodynamic helical …

The low-emission technology of gas turbine combustors is currently an active area of
research. In light-duty lean-premixed combustors, achieving rapid and uniform fuel mixing …

This study introduces the Extended Cluster-based Network Modeling (eCNM), a
methodology to analyze complex fluid flows. The eCNM focuses on characterizing dynamics …

Fluidic actuators are designed to control the oscillatory helical mode, called a precessing
vortex core (PVC), which is often observed in gas turbine combustors. The PVC induces …

Ich möchte hier allen danken, die mich im Laufe der letzten Jahre dabei unterstütz haben,
diese Dissertation zu vollenden. Zu aller erst gilt ein sehr großer Dank meiner Frau Laura …

The combustion characteristics and NOx emissions of a newly designed flue gas internal
recirculation low-NOx burner (FIR) were studied. In the study, experimental and numerical …

Lean-premixed swirl-stabilized combustion is a successful strategy to reduce pollutant
emissions. However, these combustion systems are especially prone to thermoacoustic …

This study investigates the role of hydrodynamic instabilities on near-lean blowout (LBO)
flame shapes in a swirl-stabilized spray combustor. Hydrodynamic instabilities often …