The effect of swirl intensity on flame features,temperature field and formation characteristics of NOx in gas stove was studied by means of gas stove and analytical instruments for flue gas.

Effects of air swirl intensity on atomization and combustion performance of effervescent atomized spray were investigated under different conditions.

In order to use low caloric value and components variable exhaust gas and raw gas from polygeneration system,a swirl premixed burner,whose swirl intensity is adjustable,was designed to obtain a highly efficient,less polluted and stable combustion.

The actions of gas swirling intensity on the instability of the jets were analyzed.

It is implied in this paper that when vortex generators are arranged linearly,variation of vortex generator numbers will impact the magnitude of span-averaged Nusselt number and vortices intensity.

The study of vortex structure of impinging jet calculated using the swirling strength method;

Experimental investigation of turbulent bubbly mixing layer using swirling strength method

Effect of swirling intensity on turbulence flow on flat-flame combustion;