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
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
