흡기 온도의 변화가 SI 엔진의 출력 성능 및 배기 특성에 미치는 영향 Effect of Intake Air Temperature on the Performance and Emissions Characteristics of SI Engine
pp.1679-1684
This experimental work was performed to reveal the effect of intake air temperature on the improvement of performance and exhaust emissions in a SI engine. To achieve this, fuel consumption rate, combustion pressure, rate of heat release, and reduction of exhaust emissions were measured and compared in 4-cylinder spark ignition engine. It was founded that lower intake air temperature can lead higher combustion pressure and heat release rate due to the higher intake air flow rate, volumetric efficiency, and fuel consumption rate. At the same time, higher intake air temperature leads to the longer ignition delay time, therefore, retarded ignition of engine was observed. Lower CO and HC values were also observed as the intake air temperature increases.
1. 서론
2. 실험 장치 및 방법
2.1 실험 장치
2.2 실험 방법
3. 연구 결과 및 토론
3.1 흡기온도에 따른 흡기유량 및 체적효율
3.2 흡기온도에 따른 연료 소비 특성
3.3 흡기온도에 따른 엔진 연소 성능 비교
3.4 흡기온도에 따른 연소 배출물 특성
후기
4. 결론
References