Title of article
Effect of Pressure and Inlet Velocity on the Adiabatic Flame Temperature of a Methane-Air Flame
Author/Authors
Haj Khalil, Rana Philadelphia University Jerash - Department of Mechanical Engineering, Jordan , Sakhrieh, Ahmad University of Jordan - Department of Mechaanical Engineering, Jordan , Hamdan, Mohammad Al-Zaytoonah Private University of Jordan, Jordan , Asfar, Jamil University of Jordan - Department of Mechaanical Engineering, Jordan
From page
21
To page
28
Abstract
The present study focuses on the effect of pressure and high inlet velocity of turbulent premixed flames on the adiabatic flame temperature of a methane-Air Flame. Turbulent premixed flames are widely spread in technical applications and are used especially in stationary gas turbines for a high-efficient and low emission energy conversion of gaseous fuels. The simulation process was performed using Fluent software. The pressure was varied between 2 atmosphere and 10 atmosphere, while the inlet velocity varies between 5 and 10 m/s. it was found that and in general the temperature increase with pressure
Keywords
High pressure combustion, Methane fuel , High Veleocity , Gaseous Combustion.
Journal title
Jordan Journal of Mechanical and Industrial Engineering
Journal title
Jordan Journal of Mechanical and Industrial Engineering
Record number
2644007
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