Technically, using catalytically active coatings regulate flame-wall interactions to enhance
flame stability in small-scale burners, such as the common ZrO 2-based ceramics with …

Spatiotemporal wall temperature (Twall) distributions resulting from flame-wall interactions
of lean H2-air and CH4-air flames are measured using phosphor thermometry. Such …

The turbulent boundary layer behavior in the presence of flame–wall interactions (FWI) has
an important role on the mass and energy transfer at the gas/solid interface. Detailed …

The interaction of solid and gas phase phenomena in downward flame spread is studied
under buoyant conditions. Phosphor thermometry (PT) was used to determine the …

An integral form of the energy conservation equation has been derived from the first
principle for low Mach number conditions for statistically steady premixed flame-wall …

This work demonstrates high-speed 2D wall temperature measurements occurring during
flame-wall interaction (FWI) within a narrow channel. Such measurements are essential to …

Imaging plays a vital role in enabling the visualization and analysis of objects and
phenomena across various scientific disciplines and industrial sectors, spanning a wide …

This study investigates the interaction between a premixed methane-air flame and particles
inside a model packed bed. The opacity of the spherical packed beds to visible light poses a …

Abstract DMP (Differences in Material Properties) often exists between temperature sensors
and combustion chamber components of ICE (Internal Combustion Engine), resulting in IEs …

Flame spread over a solid surface is a critical metric in assessing the fire hazard of a
material. At the core of the flame spread problem is heat transfer to and within the solid fuel …