Investigations of the influence of methanol content in methanol—gasoline blends on engine efficiency have been carried out. It is shown that the higher the methanol content in the blend, the higher the engine efficiency. Among possible reasons for the increased efficiency is that combustion losses are lower for higher methanol content in the blend. Estimation of combustion losses are discussed herein.
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References
1.
KowalewiczA.Methanol as a fuel for spark ignition engines: a review and analysis. Proc. Instn Mech. Engrs, Part D, 1993, 207(D1), 43–52.
2.
LeeW.KönigA.BernhardtW.Versuche mit Methanol und Methanol-Benzin Mischkraftstoffen. MTZ No. 5, 1976.
3.
KowalewiczA.Combustion systems of high speed piston I.C. engines, 1984 (Elsevier, Amsterdam).
4.
HiranoM.OdaK.HiranoT.AkitaK.Burning velocities of methanol–air–water gaseous mixtures. Combustion and Flame, 1981, 40, 341–343.
5.
KowalewiczA.LuftS.Methanol fuelled C.I. engine with heat recovery. Twenty-sixth ISATA, Aachen, September 1993.
6.
RóżyckiA.Measurements of pressure versus CA for different contents of methanol in the fuel. Work in the Department of IC Engines and Automobiles, 1992–3 (not published).
7.
RicardoH. R.The high-speed I.C. engines, 1945 (Blackie and Son, London).
8.
StarkmanE. S.Comparative performance of alcohol and hydrocarbon fuels. SAE Special Publication SP-254, 1964.