The penetration of liquefied petroleum gas (LPG) is much faster due to its wide range of
applications, from industry to domestic usage. Hydrogen-blended LPG (H 2-LPG) fuels offer …

Flame stabilization in many practical devices is achieved primarily through swirl; however,
the application of swirl to an inverse diffusion flame and its effect on both flame stability and …

ABSTRACT A combined experimental and numerical study has been conducted to
investigate the characteristics of confined coaxial jet diffusion flames in air coflow, using …

Gas-fired boilers operating at high-altitude regions often suffer from inadequate output,
decreased thermal efficiency, and excessive NO x emissions. The effect of sub-atmospheric …

The paper proposes a new methodology to sense dynamic flame stability in a
Circumferentially Arranged Fuel Port Inverse Jet Flame (IJF) burner. This strategy is devised …

This paper presents experimental studies on flame height, thermal and emission
characteristics of Inverse Jet Diffusion Flame (IJDF) using a circumferentially arranged fuel …

The present investigation aims to investigate the fundamental understanding of entrainment
characteristics of a Circumferentially Arranged Fuel Port Inverse Jet Flame Burner (CAFP …

The present study numerically examines the influence of the central air velocity on the
combustion characteristics of Inverse Diffusion Flames (IDFs) of an elliptical burner under a …

Despite more than a decade-long effort to understand the flow structure in Inverse Jet flame
(IJF) configuration, the performance enhancements on such configurations are sparsely …

This research experimentally investigates the flame structure, heat transfer performance,
and emissions associated with a multi-injection coaxial swirl burner with various …