Combustion is a reactive oxidation process that releases energy bound in chemical
compounds used as fuels─ energy that is needed for power generation, transportation …

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 …

Many applications require diagnostics that can quantify the distribution of chemical gas
species and gas temperature along a single line-of-sight, which is challenging in process …

In response to dual-carbon targets, zero-carbon, and low-carbon alternative fuel engines are
increasingly in demand. In zero-carbon, low-carbon fuel engines, the lubricating oil is the …

Current research focuses on employing MXene/ethanol nanofluid (NF) as a working fluid in
an array of two-phase closed thermosyphons (TPCT) for cooling the PV panel of hybrid solar …

The relationship between the flow field and flame propagation is essential in determining the
dynamics and effects of turbulent flow in an optical SI engine. In this study, high turbulence …

To enhance the thermal performance and power output of micro-thermophotovoltaic
systems, this work conducts a comprehensive numerical analysis of the T-shaped rod …

Abstract Effects of increased pressure on the thermochemistry of turbulent flame-wall
interaction (FWI) were investigated within this study. Quantitative, pointwise measurements …

Large eddy simulations and power spectral density methods are used to investigate the
unsteady non-reaction flow characteristics, as an important phenomenon in the combustor …