The influence of fuel composition on self-excited combustion instabilities in a high-pressure
combustor operated with ammonia, hydrogen, and natural gas fuels is characterized with …

We investigate the thermoacoustic response of a simple laboratory combustor where the
flame response is varied systematically by combining hydrogen enrichment with coherent …

Addressing the issue of tangential mode combustion oscillation prevalent in aviation engine
afterburners, this study targets bluff body diffusion flames. Innovatively, acoustic cavities …

In this study, the flame dynamics of lean premixed hydrogen jet flames are experimentally
investigated. Acoustic and optical measurement devices are used to capture the response of …

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 …

This paper investigates the first Flame Transfer Functions (FTFs) of hydrogen diffusion swirl
flames, which are crucial for predicting and mitigating thermoacoustic instabilities. Given the …

In this study, the flame dynamics of lean premixed hydrogen jet flames are experimentally
investigated. Acoustic and optical measurement devices are used to capture the response of …