The impact of hydrogen addition on the dynamics of a methane-air premixed flame is
explored for different injection strategies. The configuration is a swirled injector with a central …

In this paper we investigate the effects of increasing the amount of hydrogen in the fuel
mixture on the stability of a perfectly premixed combustor. Experiments are carried out on a …

The dynamics of V-shape swirled lean premixed methane/air flames enriched with hydrogen
is examined for two injection schemes. The response of the flames submitted to harmonic …

In this paper the nonlinear dynamics of the pure Intrinsic Thermo-Acoustic (ITA) modes are
experimentally investigated for burner stabilized premixed flames by decoupling them from …

We investigate the occurrence and source of modulations in the gain and phase of flame
transfer functions (FTF) measured in perfectly premixed, bluff body stabilized CH 4/H 2 and …

Transfer function concepts that appear in many areas and most notably in control systems
have been extensively used to represent the flame response in low-order models of …

We consider the acoustic flow field of rotationally symmetric systems, like an annular
combustor and the flow in a round duct, in absence of a mean azimuthal flow field. We focus …

Acoustic waves can affect the heat release of a flame, also and any disturbance in the heat
release of a flame will cause the production of pressure waves. If the acoustic field and heat …

Measurements of 3D flame edge dynamics were made on a high-speed jet diffusion flame to
assess the global/local hydrodynamic instability. The flame was generated by issuing high …

Thermoacoustic instabilities are a major issue for industrial and domestic burners. One
possible framework to study these instabilities is to represent the system by a network of …