An experimental and numerical investigation of commercial gasoline (octane number = 90) with a reference fuel (PRF87) was accomplished. Laminar Flame Velocities and Markstein Numbers of these fuel-air mixtures were investigated and compared with each other and with numerical results. PRF87 is presented as a reference fuel for gasoline defined as 87 percent Iso-Octane and 13 percent N-Heptane by volume at ambient conditions. Spherical flames of gasoline- and PRF87-Air-Mixtures at initial temperature of 373 K, initial pressure range from 10 bar to 25 bar and equivalence ratios from φ = 0.7 to φ = 1.2 were experimentally investigated using the Constant Volume Bomb Method.
%0 Journal Article
%1 jerzembeck2007measurements
%A Jerzembeck, Sven
%A Peters, Norbert
%D 2007
%J SAE Technical Paper Series
%K prev
%T Measurements of laminar flame velocity and markstein length for standard gasoline and a corresponding reference fuel mixture (PRF87)
%V 2007-01-2006
%X An experimental and numerical investigation of commercial gasoline (octane number = 90) with a reference fuel (PRF87) was accomplished. Laminar Flame Velocities and Markstein Numbers of these fuel-air mixtures were investigated and compared with each other and with numerical results. PRF87 is presented as a reference fuel for gasoline defined as 87 percent Iso-Octane and 13 percent N-Heptane by volume at ambient conditions. Spherical flames of gasoline- and PRF87-Air-Mixtures at initial temperature of 373 K, initial pressure range from 10 bar to 25 bar and equivalence ratios from φ = 0.7 to φ = 1.2 were experimentally investigated using the Constant Volume Bomb Method.
@article{jerzembeck2007measurements,
abstract = {
An experimental and numerical investigation of commercial gasoline (octane number = 90) with a reference fuel (PRF87) was accomplished. Laminar Flame Velocities and Markstein Numbers of these fuel-air mixtures were investigated and compared with each other and with numerical results. PRF87 is presented as a reference fuel for gasoline defined as 87 percent Iso-Octane and 13 percent N-Heptane by volume at ambient conditions. Spherical flames of gasoline- and PRF87-Air-Mixtures at initial temperature of 373 K, initial pressure range from 10 bar to 25 bar and equivalence ratios from φ = 0.7 to φ = 1.2 were experimentally investigated using the Constant Volume Bomb Method.
},
added-at = {2013-03-21T15:13:41.000+0100},
author = {Jerzembeck, Sven and Peters, Norbert},
biburl = {https://www.bibsonomy.org/bibtex/23667fc43d3f8ee37ef90ec448731d0f4/itv},
interhash = {12e9965f95a4d81b9010fc371ec9ecf1},
intrahash = {3667fc43d3f8ee37ef90ec448731d0f4},
journal = {SAE Technical Paper Series},
keywords = {prev},
timestamp = {2014-07-31T07:46:38.000+0200},
title = {Measurements of laminar flame velocity and markstein length for standard gasoline and a corresponding reference fuel mixture (PRF87)},
volume = {2007-01-2006},
year = 2007
}