A flamelet formulation for non-premixed combustion that allows an exact description of
differential diffusion has been developed. The main difference to previous formulations is the …

The influence of water vapor on critical conditions of extinction and autoignition of premixed
and nonpremixed flames is investigated. The fuels tested are hydrogen (H2) and methane …

Turbulence statistics from two three-dimensional direct numerical simulations of planar n-
heptane/air turbulent jets are compared to assess the effect of the gas-phase species …

Quasisteady extinction of diffusion flames with nonunity Lewis numbers is analyzed for
counterflow diffusion flames in the diffusion-flame regime of activation-energy asymptotics …

The diffusional–thermal instability, which gives rise to striped quenching patterns that have
been observed for diffusion flames, is analysed by studying the model of a one-dimensional …

Non-premixed flames are extensively used in different industrial combustion systems such
as gas turbines and coal furnaces. Therefore, reliable theoretical modelling of these flames …

The structure and extinction characteristics of counterflow diffusion flames with flame
radiation and nonunity Lewis numbers of the fuel and oxidant are examined using multiscale …

In this research, a comprehensive mathematical analysis is conducted to evaluate the effects
of thermal radiation, porosity and thermophoresis on combustion characteristics of multi …

A general formulation is given for ignition in nonpremixed systems involving time-dependent
mixing of fuel and oxidizer streams that experience both strain and time-varying pressure …

In this study, the transient behavior of a counter-flow non-premixed combustion of dry
biomass particles under thermal radiation was modeled analytically. Unsteady conservation …