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[가솔린엔진] PIV 기법을 이용한 연소실내 화염전파과정중의 유동측정
박상욱(S.W. Park),노기철(K.C. Noh),정창현(C.H. Jeong),이종태(J.T. Lee) 한국자동차공학회 1999 한국자동차공학회 춘 추계 학술대회 논문집 Vol.- No.-
In order to investigate the characteristics of gas flow during flame propagation process, the flow fields of unburned gas are Qualitatively and Quantitatively measured by using Nd-Yag laser PIY system. The main results are as follows ; After ignition, it is shown that the unburned gas in front of the flame spreads out in the direction of radius by compression effect of flame expansion. Although the flow pattern for fuel-air equivalence ratio are qualitatively similar to each other, the maximum expansion velocity of unburned gas is measured at the 1.1 in equivalence ratio. By comparing above results with those obtained by the flame velocity and burning velocity, it is also found that they have the difference of about 10%