Porous materials have been extensively used in various engineering applications, due to
their promising thermal characteristics. Extensions of lean-burn limits as well as the low …

Experimental investigations on NO x emissions of a single-cup, Lean Premixed
Prevaporized (LPP), module combustor were carried out at elevated inlet temperature and …

In this study the characteristics of multi-regime combustion are investigated using a multi-
regime burner with well-defined inflow boundary conditions. Based on previous findings, the …

Large-scale industrial burners are essential components in various industries including
power generation and chemical processing. Enhancing their energy efficiency and reducing …

Fuel injection and distribution play an important role in the formation and migration of hot
streaks in gas turbine combustors and determine the exit temperature uniformity especially …

An experimental study on both spray and combustion were carried out in order to investigate
the effects of gap of nozzle shroud on combustion stability and correlate the spray …

The combustor employed in small and medium-sized turboshaft engines is characterized by
a small flame tube height and a large distance between adjacent burners, rendering it …

Soot particles emitted from aircraft engines constitute a major anthropogenic source of
pollution in the vicinity of airports and at cruising altitudes. This emission poses a significant …

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

In order to reduce NOx emissions, modern gas turbines are often equipped with lean-burn
combustion systems, where the high-velocity fuel-lean conditions that limit NOx formation in …