A hybrid approach for thermoacoustic stability analysis is formulated in a state-space
framework. The approach distinguishes between regions of the computational domain with …

Mesoscale eddies have an impact on the marine environment mainly in two areas, namely,
currents and changes in the sound velocity gradient due to temperature and salt stirring. The …

This work proposes an improvement to existing methods based on modal expansions used
for the prediction of thermoacoustic instabilities in zero Mach number flow conditions …

Nonlinear eigenvalue problems (NLEVPs) arise in thermoacoustics by considering the
temporal evolution of small perturbations in the relevant governing equations. In this work …

Thermo-acoustic eigenmodes of annular or can-annular combustion chambers, which
typically feature a discrete rotational symmetry, may be computed in an efficient manner by …

State-space models have been successfully employed for model order reduction and control
purposes in acoustics in the past. However, due to the cubic complexity of the singular value …

Low-order network models, commonly used to assess the thermo-acoustic stability of
combustors, can be cast in a linear, time-continuous state-space representation. A standard …

Combustion instabilities are a major concern in the design of Liquid Rocket Engines (LREs)
and gas turbines. During this PhD work, several directions were explored to understand and …

State-space models have been successfully employed for model order reduction and control
purposes in acoustics in the past. However, due to the cubic complexity of the singular value …