크랭크축 각속도의 변동을 이용한 실화 판정(1)

Misfire Detection by Using the Crankshaft Speed Fluctuation(1)

  • 배상수 (정회원, 서울대학교 대학원 기계공학과) ;
  • 임병진 (정회원, 서울대학교 터보 동력 기계연구소) ;
  • 김세웅 (정회원, 금오공과대학교 기계공학과) ;
  • 김응서 (정회원, 서울대학교 공과대학 기계 공학과)
  • 발행 : 1996.03.01

초록

The crankshaft speed fluctuation was measured every crank angle. In order to detect the misfire, the engine and the dynamometer were considered as a single- degree of freedom system. From this modeling, the detection criteria were derived and examined by the engine test. By this method the single misfire or multiple misfires can be detected. Even on the condition of low load and higher speed than 3000rpm, where it was difficult through the other methods, misfire detection was carried out steadily. From this results, the method proposed by this paper proved reasonable.

키워드

참고문헌

  1. CARB-On Board Diagnostics-Mail Out #93-40-Final Rule California Air Resources Board California Air Resources Board
  2. SAE Paper 930399 Misfire Detection by Evaluating Crankshaft Speed-A Means to Comply with OBD Ⅱ Martin Klenk;Winfried Moser
  3. IEEE Trans. Industrial Electronics v.IE 32 Engine Fault Analysis: Part Ⅰ-Statististical Method Arun K. Sood
  4. SAE Paper 870546 A Diagnostic Technique for the Identification of Misfiring Cylinder(s) Sohair F. Rezeka
  5. SAE Paper 940975 Road Tests of a Misfire Detection System Wiliam B. Ribbens
  6. SAE Paper 890884 Diagnosis of Individual Cylinder Misfires by Signature Analysis of Crankshaft Speed Fluctuation Giorgio Rizzoni
  7. SAE Paper 901768 On Board Diagnosis of Engine Misfire William B. Ribbens;Giorigio Rizzoni
  8. SAE Paper 940143 Direct Estimation of Cyclic Pressure Variability Using Engine Speed Fluctuations in an Internal Combustion Engine Francis T. Connolly
  9. SAE Paper 890485 On-Line Cylinder Diagnostics on Combustion Engines by Noncontacting Torque and Speed Measurement Georg F. Mauer
  10. SAE Paper 940144 Misfire Detection and Cylinder Pressure Reconstruction for SI Engines Yaojung Shiao;John J. Moskwa
  11. 한국 자동차 공학회 논문집 v.2 no.3 크랭크축 각속도의 변동을 이용한 실린더내 압력 추정(1) 임병진;박종범;임인건;배상수;김응서
  12. Internal Combustion Engine Fundamentals J. B. Heywood
  13. 서울대학교 공학 박사 학위 논문 크링크축 각속도의 변동을 이용한 실린더내 압력 변화와 토크 추정 임병진
  14. SAE Paper 942059 SI Engine Misfire Dection Through the Energy Model Byeongjin Lim;Inkeon Lim;Jongbum Park;Sangsoo Pae;Young S. Yon;Eungseo Kim
  15. 서울 대학교 공학석사 학위 논문 크랭크축 각속도의 변동을 이용한 실화 판정 배상수
  16. 한국자동차공학회 춘계학술대회 논문집 v.1 사이클내 크랭크축 각속도의 변동 해석 배상수;임병진;임인건;박종범;김웅서
  17. Lubr. Eng. v.45 no.7 Error Analysis of Time-Dependent Frictional Torque in Reciprocating Engines : Effect of Angular Velocity Measurement Apostrolos N. Fragoulis;Angelo H. Nichols;Maeim A. Henein