Cooking is a daily activity in every household, which consumes energy and produces
pollution. Using clean gas fuels instead of traditional solid fuels will significantly reduce …

The OH* chemiluminescence is closely related to flame properties in the study of
combustion diagnosis. In this work, numerical investigation of the OH* reaction mechanism …

The investigation of convective and radiative heat transfers to a cooking pot in a porous
burner, coupled with an analysis of the pot's bottom and side contributions to total heat …

Flame stabilization by a bluff-body is commonly used in many combustion applications to
improve mixture characteristics, enhance flame stability and assist in combustion control …

Radiation spectroscopy can be effective in identifying pollutants and species. By examining
a photodiode, the frequency peaks obtained from the analysis, and the range in which the …

Porous combustion has drawn vast attention over the last few decades leading to a variety of
progressing applications particularly in industrial kitchens and household appliances that …

In practical applications, rapid prediction and optimization of heat transfer performance are
essential for premixed methane impinging flame jets (PMIFJs). This study uses …

Fuels consisting of high hydrogen concentration can be consumed under colourless
distributed combustion (CDC) to suppress flashback tendency in premixed conditions …

Natural gas fired porous burners are increasingly utilized in heating appliances. In this
study, a pot containing water is heated by a porous burner to analyze its heat transfers …

Reducing energy consumption and minimizing pollution are essential steps toward
mitigating the effects of climate change as they help lower greenhouse gas emissions and …