Internal Combustion Engine Fundamentals¶
Heywood, J. B. (1988). Internal Combustion Engine Fundamentals. McGraw-Hill.
Cited by¶
1 citation across 1 artifact.
Each citation links to the sentence it supports in the citing article.
Domain-specific¶
- Stoichiometry
- Synthetic and reaction chemistry — the home turf: balance the equation, identify the limiting reagent, compute the theoretical ceiling, and report percent yield as the run's performance metric. Analytical chemistry — titration and gravimetric analysis invert the calculation, reading an unknown concentration or mass off the stoichiometric equivalence point and the known molar ratio. Combustion engineering — the stoichiometric air-fuel ratio is the integer-ratio calculation; "rich" and "lean" mixtures are excess-fuel and excess-air regimes, and limiting-reagent logic distinguishes complete from incomplete combustion
This sourceHeywood's Internal Combustion Engine Fundamentals sets the stoichiometric air/fuel ratio as the reference and defines rich and lean mixtures by the fuel/air equivalence ratio either side of it.
Supported in partVerified against the work's full text
“reaction, of a [stoichiometric] mixture of methane and oxygen at 298.15 K. The [stoichiometric] reaction is”
- Synthetic and reaction chemistry — the home turf: balance the equation, identify the limiting reagent, compute the theoretical ceiling, and report percent yield as the run's performance metric. Analytical chemistry — titration and gravimetric analysis invert the calculation, reading an unknown concentration or mass off the stoichiometric equivalence point and the known molar ratio. Combustion engineering — the stoichiometric air-fuel ratio is the integer-ratio calculation; "rich" and "lean" mixtures are excess-fuel and excess-air regimes, and limiting-reagent logic distinguishes complete from incomplete combustion
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