This study examines the reaction zone structure of syngas/NH 3/CH 4 blends in moderate or
intense low oxygen dilution (MILD) conditions to determine the effects of variations in NH 3 …

This paper examines the behavior of reacting NH 3/H 2/CH 4 mixtures in moderate or
intense low oxygen dilution (MILD) condition. A series of axisymmetric, turbulent reacting …

The unique characteristics of the nanosized silver thiocyanate structure motivated the
researchers to apply it as an effective agent nanoparticles additive in Diesel/Biodiesel fuel …

Hydrogen fuel has significant potential for various applications under MILD combustion
conditions. This study investigates the impact of H 2 mass fraction (ranging from 10% to …

The influence of an imposed magnetic field upon the behavior of a reacting flow under
hydrogen-methane moderate or intense low oxygen dilution regime is investigated …

Using pure hydrogen or hydrogen/natural gas blends in gas-fired power plants poses a
lower carbon footprint. This paper evaluates replacing natural gas with hydrogen/natural gas …

The effects of plasma injection upon MILD combustion of a mixture of methane and
hydrogen are investigated numerically. The injected plasma includes the flow of a highly air …

Trapped vortex combustors have garnered significant interest due to the cavity vortex's
insensitivity to flow disturbances. Swirling combustion is also highly desirable due to its …

Fluctuations in the fuel flow rate may occur in practical combustion systems and result in
flame destabilization. This is particularly problematic in lean and ultralean modes of burner …

Towards the development of emission-free hydrogen gas turbines with wider operability
limits, the combined effects of lean premixed combustion, dual combustion (combustion …