Heavy-duty land-based gas turbines are often designed with can-annular combustors, which
consist of a set of identical cans, acoustically connected on the upstream side via the …

Low-frequency combustion instabilities, and ultimately, engine-level dynamics in can-
annular gas turbine combustion systems, are driven by acoustic interactions between …

Thermoacoustic instabilities in can-annular combus-tors of stationary gas turbines lead to
unstable Bloch modes which appear as rotating acoustic pressure waves along the turbine …

The intrinsic thermoacoustic (ITA) feedbackloop constitutes a coupling between flow, flame
and acoustics that does not involve the natural acoustic modes of the system. One recent …

The problem of evaluating the sensitivity of non-trivial boundary conditions to the onset of
azimuthal combustion instability is a longstanding challenge in the development process of …

We investigate the low-order modeling of collective dynamics in a can-annular combustor
consisting of four ring-coupled turbulent lean-premixed combustors. Each combustor is …

Thermoacoustic properties of can-annular combustors are commonly investigated by means
of single-can test-rigs. To obtain representative results, it is crucial to mimic can–can …

This work investigates the nonlinear response of a conical premixed flame to dual-frequency
excitation through experiments and G-equation analysis. In addition to the responses at …

It is widely acknowledged worldwide that the increase in Earth's surface temperature has to
be contained in order to limit the effect of climate changes. This is particularly vital due to …

The two-way interaction between the unsteady flame heat release rate and acoustic waves
can lead to combustion instability within combustors. To understand and quantify the flame …