Understanding the response of multi-jet turbulent hydrogen-air flames to acoustic forcing is
key for the development of future carbon-neutral gas turbine combustors. In this paper, we …

Hydrogen as an essential part of future decarbonization of the energy industry makes it a
crucial necessity to replace conventional, natural gas based concepts in gas turbine …

This work presents a data-driven optimization technique for the optimization of the flame
response within a low-order acoustic network model. The methodology exploits the Nyquist …

Thermoacoustic instability poses a significant challenge in the development of combustion
appliances, where the lack of specific information on upstream and downstream acoustic …

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 …

Decarbonization of gas turbine combustion creates a pressing demand for new technical
solutions for the combustion process. While switching to hydrogen fuels may solve the …

To achieve the decarbonization of electrical power generation, gas turbines need to be
upgraded to combust high-hydrogen content fuels reliably. One of the main challenges in …

The design of gas turbine combustors for optimal operation at different power ratings is a
multifaceted engineering task, as it requires the consideration of several objectives that must …

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 …

To achieve the decarbonization of electrical power generation, gas turbines need to be
upgraded to combust high-hydrogen content fuels reliably. One of the main challenges in …