[HTML][HTML] Effects of energy-share and ambient oxygen concentration on hydrogen-diesel dual-fuel direct-injection (H2DDI) combustion in compression-ignition …
This study investigates the ignition and combustion characteristics of interacting hydrogen
(H 2) and diesel surrogate jets under simulated compression-ignition engine conditions. The …
(H 2) and diesel surrogate jets under simulated compression-ignition engine conditions. The …
Sooting propensity and maturity of gasoline/anisole blends in a laminar coflow diffusion flame
Liquid oxygenated biofuels such as anisole have been used as additives, since they
increase the octane number and improve spark-ignition engines' performance. In this study …
increase the octane number and improve spark-ignition engines' performance. In this study …
Sooting properties of laminar coflow non-premixed ethylene/hydrogen flames influenced by water vapor addition to the oxidizer
A numerical study was conducted to quantify the effects of water vapor addition to oxidizer
on soot formation in ethylene/hydrogen flames in a benchmark coflow configuration. The …
on soot formation in ethylene/hydrogen flames in a benchmark coflow configuration. The …
A simpler tractable contour technique to model thermal radiation from buoyant diffusion flames
This work presents an original technique based on parametric interpolation to estimate the
view factor between unsteady flames and a small target. The technique was tested on a …
view factor between unsteady flames and a small target. The technique was tested on a …
Experimental study on the radiation characteristic of downward turbulent diffusion jet flame
S Liu, X Zhang, X Fang, L Hu - Energy, 2024 - Elsevier
Gaseous fuels are typical clean energy and transported through gas pipelines to household
and factories. A downward jet flame occurs when the fuel gas leaks from the bottom of the …
and factories. A downward jet flame occurs when the fuel gas leaks from the bottom of the …
Spatially and temporally resolved measurements of soot propensity, temperature, radiation, and cold flow velocity of laminar ethylene non-premixed flames under …
An acoustically forced axisymmetric laminar non-premixed flame is experimentally studied to
evaluate soot volume fraction, temperature and radiation throughout the phases of its …
evaluate soot volume fraction, temperature and radiation throughout the phases of its …
SootImage: An image recreation, post-processing validation procedure for sooting axisymmetric flames
Validation is a vital part of any computational fluid dynamics study. Validation is done by
comparing the computed results to the experimental measurements performed in a known …
comparing the computed results to the experimental measurements performed in a known …
Soot properties characterization of aviation Jet A-1 laminar non-premixed coflow flame
A canonical laminar coflow non-premixed flame was produced using a Jet A-1 fuel burning
in coflowing ambient air environment using a Gülder type burner configuration. The aviation …
in coflowing ambient air environment using a Gülder type burner configuration. The aviation …
Robust automatic retrieval of soot volume fraction, temperature and radiation for axisymmetric flames
F Escudero, V Chernov, JJ Cruz, E Magaña… - Proceedings of the …, 2024 - Elsevier
This work presents a robust methodology to retrieve local soot properties from line-of-sight
integrated measurements without the need to invert a poorly-conditioned matrix arising from …
integrated measurements without the need to invert a poorly-conditioned matrix arising from …