… The purpose of this work is to obtain a correlation to predict the ignition delay for biodiesel
from two different feedstocks based on the results of the engine tests on a heavy duty diesel …

… Jatropha-curcas as a non-edible methyl ester biodiesel fuel source is used to run single …
biodiesel – diesel blends. It has been shown that B50 (50% of biodiesel in a mixture of biodiesel …

… Biodiesel derived from jatropha, karanja and polanga oil having higher molecular weight
is likely to react identically. Rodriguez et al. [34] conducted an experiment using …

… the percentage of rapeseed oil in the blend and … ignition delay for the biodiesel blends we
can conclude that the increase of activation energy is dependent on the percentage of biofuel …

… The results show that the ignition delay period of rapeseed oil and its blends are … oil. Moreover,
these authors observed that in general there is a trend of decreasing the ignition delay by …

… used in this study was derived from residues of a process of refining cooking oil from palm
oil. The production process was developed through a previous project in Vietnam (Nguyen, Vu…

… For the ignition delay, ANNs for palm oil and rapeseed oil biodiesel were also developed.
The input variables were n, φ, Pm, T and CN; the output covers the ID. The input values are …

… were affected by the properties of biodiesel fuels (BDFs), … ignition and combustion processes
of BDF and diesel oil. Though ignition delays of all BDFs are shorter than that of diesel oil in …

… injection pressure on ignition delay of standard diesel and palm oil biodiesel blended with
diesel … ii) Palm oil biodiesel had the shortest ignition delay which can be prolonged with the …

… is to contrast biodiesel’s ignition delay and … biodiesel’s burn rate and the observed increase
in its exhaust nitric oxide (NO) concentrations. The study observes biodiesel’s ignition delay, …