Individual flames in a swirl-stabilized mesoscale burner array can interact with neighboring
flames for optimum burner array operation, particularly at lean equivalence ratios …

Combustion characteristics of a mesoscale burner array have been studied using several
diagnostic and analysis techniques. The array was specifically configured to enhance …

A diffusion mesoscale burner array with integrated fuel manifold and injection holes has
been developed for compact and efficient propulsion and power systems. Each burner …

The development of a mesoscale burner array capable of sustaining stable, clean, and
compact flames suited for a variety of applications with performance and emission …

Partial substitution of hydrocarbon fuel with hydrogen can effectively improve small-scale
combustion system stability and performance, potentially opening the way for novel compact …

Development of a stable and efficient small-scale combustor architecture with comparable
performance emission characteristics to large-scale burners is presented. Furthermore, the …

An experimental study of combustion in diffusion and coaxial mesoscale burner arrays was
conducted. To that end, different linear and planar arrangements were tested, and blow-off …

A PROMISING development in the quest to improve gas-turbine efficiency is the use of
mesoscale burner arrays. A burner array of millimeter-scale dimensions provides the …

Experimental and computational results on the combustion performances and their
formation mechanisms were presented and compared in two types of tubular flame burners …

The main focus of this paper is to discover the link between flame macrostructure and
thermoacoustic instability in a centrally staged swirl burner. In practical combustors, the flow …