2
Mechainical Engineering, Politeknik Negeri Malang (POLINEMA), Indonesia, http://www.polinema.ac.id
Abstract
Abstract A new micro combustion concept is described in this work by introducing a new terminology in the micro combustion. The effects of Area to Volume Ratio (AVR) of the micro-combustors were studied to find the best performance of designed micro-combustors. In order to test the feasibility of the designed micro combustors before the actual experiment is conducted, simulation work was performed. There are three key parameters involved in the current study: Area to Volume Ratio (AVR), Flow Velocity of the mixture (U), and Fuel-Air Equivalence Ration (ɸ). Main results of this experiment are images of temperature contour, graphs of temperature distribution profile, and graphs of mean temperature profile. This study found there is a specific range of mixture flow velocity (0.50 – 0.56 m/sec) which result a high and uniform temperature distribution as well as its best mean temperature of micro combustion process. The simulation work could also localized the specific range of AVR-value (1.40 – 2.01) which require further investigation in the future.
Widhiyanuriawan, D., Wahyudi, S., Soeparman, S., & Wirawan, W. (2015). Simulation Study: The Role of Area to Volume Ratio and Key Parameters in Cylindrical Micro Combustors. International Journal of Engineering, 28(2), 261-269.
MLA
Denny Widhiyanuriawan; Slamet Wahyudi; Sudjito Soeparman; Wirawan Wirawan. "Simulation Study: The Role of Area to Volume Ratio and Key Parameters in Cylindrical Micro Combustors". International Journal of Engineering, 28, 2, 2015, 261-269.
HARVARD
Widhiyanuriawan, D., Wahyudi, S., Soeparman, S., Wirawan, W. (2015). 'Simulation Study: The Role of Area to Volume Ratio and Key Parameters in Cylindrical Micro Combustors', International Journal of Engineering, 28(2), pp. 261-269.
VANCOUVER
Widhiyanuriawan, D., Wahyudi, S., Soeparman, S., Wirawan, W. Simulation Study: The Role of Area to Volume Ratio and Key Parameters in Cylindrical Micro Combustors. International Journal of Engineering, 2015; 28(2): 261-269.
)
