Thermoacoustic Instability prediction based on time-harmonic linearized acoustic propagation models KU Leuven
1.1. Context: Thermoacoustic instabilities arise from the interaction of acoustic waves and unsteady heat release. Such instabilities must be controlled because they can produce excessive noise and may even result in massive structural damage. This is particularly true for thermoacoustic combustion instabilities encountered in many industrial applications such as domestic burners, gas turbines or rocket engines. In these cases, the heat ...
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