In the near future, combustion engineers will shape the burner according to the flame, and
not the opposite way anymore. In this contribution, this idea is explored with the help of …

Additive manufacturing (AM) is a promising technology for producing better burners.
Achieving better energy efficiency on a system level (CO2 emissions) and lower NOx …

The crystAIr project is about sensitizing burners for flame monitoring based on a discrete
number of dynamic pressure sensors and a machine learning approach. The context is the …

A siren is a robust fast-valve that generates effective flow pulsations and powerful noise
levels under well-controlled conditions. It operates under the inlet flow conditions of a gas …

The need for better combustion monitoring in gas turbines has become more acute with the
latest technical requirements, standards, and policies in terms of safety, environment …

Jet engines have remained almost entirely mechanical machines for fail-safe reasons,
despite the increasing sophistication of modern gas turbines. However, the trend goes …

A non-conventional method based on forced-flow combustion oscillations is investigated
regarding the improvement of combustion conditions at suboptimal operating conditions. In …

The problem of climate change, triggered by a high concentration of pollutants in the
atmosphere, and the scarcity of fossil resources, increases the need of low emission thermal …

A siren is a robust fast-valve that generates effective flow pulsations and powerful noise
levels under combustor field conditions. Its principle relies on a sonic jet sheared …

This paper introduces a novel approach to monitor pressure dynamics in turbomachinery.
This innovation is motivated by the need expressed by machine OEMs and end-users to …