The scalability of liquid fuel operated jet stabilised combustion systems towards dimensions
and mixing timescales relevant for compact designs (eg MGT, compact aero-engines) is …

Extension of high momentum jet stabilised combustors towards liquid fuel operation has
shown significant injector shape and injection strategy impact on the fuel air mixing …

Under the international climate pact (Paris Agreement), participants agreed upon a
framework to reduce greenhouse gas emissions and cap the rise in global temperatures at …

Combustion instabilities in a high-pressure, multi-element combustor are studied in order to
understand the relationship between the chamber and injector dynamics. A linear array of …

MILD combustion technology is expected to enable safe and stable low-emission
combustion of hydrogen-doped fuels, or pure hydrogen fuels, in gas turbines designed for …

In this work, results of comprehensive high-pressure tests and numerical simulations of high
momentum jet flames in an optically accessible combustion chamber are presented. A …

The scalability of liquid fuel operated jet stabilized combustion system toward scales and
mixing timescales relevant for corresponding micro gas turbine systems is impeded by the …

The objective of this numerical study is to analyze the excitation mechanisms of high-
frequency thermoacoustic instabilities. Two distinct acoustic wave/flame interaction …

A detailed investigation on flame structures and stabilization mechanisms of confined high
momentum jet flames by one-dimensional (1D)-laser Raman measurements is presented …

A model FLOX® combustor, featuring a single high momentum premixed jet flame, has been
investigated using laser diagnostics in an optically accessible combustion chamber at a …