목차

목 차
LIST OF FIGURES ...............................................................................iii
LIST OF TABLES ................................................................................. vi
NOMENCLATURES............................................................................vii
I. 서론...................................................................................................... 1
1. 집진장치 기술 개발 배경..........................................................................1
1) 미세먼지에 대한 관심 ..........................................................................1
2) 미세먼지의 인체에 대한 영향 ............................................................2
3) 미세먼지 위험성의 확대 및 제어기술의 중요성.............................2
4) 다양한 집진장치 ....................................................................................2
2. 전기 집진장치의 구성 및 원리................................................................4
1) 전기 집진장치의 이해 ..........................................................................4
2) 코로나 방전(Corona Discharge).............................................................4
3) 전기유체역학적 효과 (Electrohydrodynamic effects)..........................6
3. 전기집진 장치 발전을 위한 수치적 연구..............................................7
1) 수치연구방법의 발전 ............................................................................7
2) 집진효율 향상을 위한 선행연구.........................................................8
Ⅱ. 수치해석 방법 ................................................................................ 11
1. 지배방정식.................................................................................................11
1) 기체 유동장 ..........................................................................................11
2) 전기장 ....................................................................................................12
3) 입자거동 ................................................................................................13
4) 입자하전................................................................................................13
5) 집진효율 ................................................................................................14
2. 수치해석 유효성 검증.............................................................................15
1) Validation 1 : Nikas et al(48)............................................................15
2) Validation 2 : Long and Yao(23).......................................................17
3. Computational details ............................................................................19
Ⅲ. 결과 및 고찰.................................................................................. 24
1. 전기장 ........................................................................................................24
2. 유동장 ........................................................................................................35
3. 입자거동 ....................................................................................................44
4. 집진효율 ....................................................................................................49
Ⅳ. 결론.................................................................................................. 51
REFERENCES...................................................................................... 52
ABSTRACT & KEYWORDS.............................................................. 58
감사의 글............................................................................................... 59