This study investigates the effect of ambient oxygen concentration on biodiesel and diesel
spray combustion under simulated compression-ignition engine conditions in a constant …

Ambient oxygen concentration, a key variable directly related to exhaust gas recirculation
(EGR) levels in diesel engines, plays a significant role in particulate matter (PM) and …

Biodiesel is a type of particularly attractive alternative fuel for diesel engines. Many studies
have investigated the combustion and emissions as fueling biodiesel on diesel engines and …

Pure diesel and biodiesel were tested inside a constant-volume combustion chamber which
simulates the in-cylinder conditions similar to a diesel engine and is more flexible to change …

This work presents a numerical analysis of spray combustion and associated emissions
formation for methyl esters of soybean (SME) and coconut (CME) in a constant volume bomb …

In this work, diffused back-illumination extinction imaging and OH* chemiluminescence
imaging were employed simultaneously to measure the soot production, spray liquid length …

To understand soot formation in a diesel engine fueled with different biodiesels, a numerical
study was performed using the KIVA-3V code, combined with a multi-step …

To investigate the effects of oxygenated biofuels on soot formation, oxidation, and
distribution, a detailed comparative study using the forward illumination light extinction …

A phenomenological soot model of real biodiesel was proposed to investigate the effects of
initial ambient temperatures on combustion and soot emission characteristics of soybean …

As a widely recommended alternative fuel for diesel engines, biodiesel has been proven to
be useful for the reduction of emissions from diesel engines, especially particle emissions …