Innovations in research methods and stable combustion technologies were urgent to
enhance flexibility in faulty coal-fired boiler. Focusing boiler start-stop processes was vital for …

The paper presents the results of numerical simulations of excited incompressible jets with
the transport of a passive scalar field. A forcing is obtained through an axial and helical …

This work investigates the combustion characteristics of CH 4-air/O 2 turbulent swirling
flames in a co-axial burner with radial fuel injection. The burner configuration consists of two …

This paper concentrates on the application of passive and active flow control methods to jet
flows. The passive control is obtained by shaping a nozzle cross-section (hexagonal …

Application of oxygen-enhanced combustion to existing fossil fuel energy systems to
facilitate CO 2 capture presents several challenges. This work investigates the combustion …

This paper presents some results of Volumetric V3V 3D3C velocity measurements on a
turbulent flow from a swirl burner. The flow out from the burner used is highly three …

To reveal the suppression mechanism of thermoacoustic instability flames under CO 2/O 2
jet in cross flow. Experiments on the effects of different preheated CO 2/O 2 jet in cross-flow …

The current paper describes the effects of oxygen enrichment on flame stability and pollutant
emissions for turbulent non-premixed swirling flames. The study is motivated by CO2 …

The large eddy simulation/conditional moment closure approach has been used to study
excited, attached and lifted flames in a stream of hot co-flow air. The excitation is obtained by …

Fuel-feeding excitation (ff) is an important factor in lean combustors because it controls the
combustion process and maintains a stable mixing process. In this work, the structure of …