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A methodology to replicate LTGC engine conditions in a single-zone model and validate gasoline surrogate formulations versus experimental measurements
In this work, surrogate fuels for three premium-grade gasoline fuels were formulated and its
autoignition behavior was validated, together with that of an existing surrogate for E10 …
autoignition behavior was validated, together with that of an existing surrogate for E10 …
Impact of fuel surrogate formulation on the prediction of knock statistics in a single cylinder GDI engine
The statistical tendency of an optically accessible single-cylinder direct-injection spark-
ignition engine to undergo borderline/medium knocking combustion is investigated using 3D …
ignition engine to undergo borderline/medium knocking combustion is investigated using 3D …
Effects of Ethanol Blending on the Reactivity and Laminar Flame Speeds of Gasoline, Methanol-to-Gasoline, and Ethanol-to-Gasoline Surrogates
J MacDonald, DL Pintor, N Matsubara, K Kitano… - 2024 - sae.org
Ethanol blending is one method that can be used to reduce knock in spark ignition engines
by decreasing the autoignition reactivity of the fuel and modifying its laminar flame speed. In …
by decreasing the autoignition reactivity of the fuel and modifying its laminar flame speed. In …
Explicit equations for designing surrogate gasoline formulations containing ethanol, isopentane, n-heptane, isooctane and toluene
F Kaliafetis, RF Cracknell - 2023 - sae.org
It is useful for research purposes to define simple surrogate gasoline compositions that can
replicate the chemical and physical properties of more complex mixtures. Ethanol is used in …
replicate the chemical and physical properties of more complex mixtures. Ethanol is used in …