Transactions of the Korean Society of Mechanical Engineers (대한기계학회논문집)
- Volume 19 Issue 9
- /
- Pages.2308-2315
- /
- 1995
- /
- 1225-5963(pISSN)
DOI QR Code
Relations Among Discharge Energy, Equivalence Ratio and Turbulent Intensity at a Constant Volume Combustion
정적연소에서 점화에너지와 당량비와 유동과의 관계
Abstract
We studied the effects on the ignitability of mixture, the combustion duration, and the maximum combustion pressure, of various initial combustion factors such as temperature, pressure, and each equivalence ratio in order to identify the combustion characteristics of lean mixture and improve ignitability through the proper control of the ignition energy. It is concluded that there is an optimum turbulent intensity that enables the combustion to have the best ignitability and the shortest duration under each equivalent ratio, and the combustion duration is only dependent upon the distribution and magnitude of discharge energy within the limit of inflammability.
Keywords