An investigation was conducted to determine the effect of a coolant solution of 25 percent ethyl alcohol, 25 percent methyl alcohol, and 50 percent water by volume and maximum-economy spark advance on knock-limited performance and fuel economy of a large air-cooled cylinder. The knock-limited performance of the cylinder at engine speeds of 2100 and 2500 rpm was determined for coolant-fuel ratios of 0.0, 0.2, and 0.4. The effect of water-alcohol injection on fuel economy was determined in constant charge-air flow tests. The tests were conducted at a spark advance of 20 deg B.T.C. and maximum-economy spark advance
In the paper, the effect of water injection and different air/fuel ratio (AFR) on the gasoline engin...
Anti-knock index (AKI) is a metric that can be used to quantify the anti-knock performance of a fuel...
Calculations are described of knock suppression using direct ethanol injection in spark ignition gas...
A continuous 50-hour test was conducted to determine the effect of maximum cruise-power operation at...
Report presents the results of investigations conducted on a full-scale air-cooled aircraft-engine c...
An investigation was conducted on a 12-cylinder V-type liquid-cooled aircraft engine of 1710-cubic-i...
An investigation was made to determine the effect of mixture strength and of normal as well as optim...
The knock-limited inlet-manifold pressure and the mixture temperature corresponding to constant knoc...
The effect of internal cooling on the knock-limited performance of an-f-28 fuel was investigated in ...
Tests have been conducted with an air-cooled aircraft-engine cylinder to determine the effect on the...
In the paper, the effect of water injection and different air/fuel ratio (AFR) on the gasoline engin...
Anti-knock index (AKI) is a metric that can be used to quantify the anti-knock performance of a fuel...
Calculations are described of knock suppression using direct ethanol injection in spark ignition gas...
A continuous 50-hour test was conducted to determine the effect of maximum cruise-power operation at...
Report presents the results of investigations conducted on a full-scale air-cooled aircraft-engine c...
An investigation was conducted on a 12-cylinder V-type liquid-cooled aircraft engine of 1710-cubic-i...
An investigation was made to determine the effect of mixture strength and of normal as well as optim...
The knock-limited inlet-manifold pressure and the mixture temperature corresponding to constant knoc...
The effect of internal cooling on the knock-limited performance of an-f-28 fuel was investigated in ...
Tests have been conducted with an air-cooled aircraft-engine cylinder to determine the effect on the...
In the paper, the effect of water injection and different air/fuel ratio (AFR) on the gasoline engin...
Anti-knock index (AKI) is a metric that can be used to quantify the anti-knock performance of a fuel...
Calculations are described of knock suppression using direct ethanol injection in spark ignition gas...