발전설비열유체기술 발전설비입문 발전설비열역학 가스터빈 증기터빈 754 MJ/s (100%) 272 MJ/s (36.1%) 205 MW (27.2%) 203 160 119 MW = 482 MW (63.9%) 277 MW (Net Output) (36.7%) 발전설비열유체기술교육안내 1/ 13
강사소개 1) 성명 : 이병은 [Ph. D] 2) 연락처 : 010-3122-2262, ebyeong@naver.com 3) 소속 : 한국폴리텍대학항공캠퍼스항공기계과 4) 경력 : 한국중공업 ( 터빈발전기설계실 / 가스터빈본부 / 기술연구원 ) [14년] 경북대학교기계공학부 [1년] 한국폴리텍대학항공캠퍼스 [12년] 5) 교육과목 : 발전설비입문 발전설비열역학 증기터빈열유체기술 가스터빈복합발전열유체기술 6) Thesis: Master: 적응격자유한요소법을이용한스크램제트입구유동해석 (KAIST) Ph. D: Computational Prediction of Depositions and Erosion in Boiler Tube Banks (The University of New South Wales) 7) 저서 : 실무발전설비열역학 (ISBN 978-89-6105-553-6) 증기터빈열유체기술 (ISBN 978-89-6105-711-0) 가스터빈복합발전열유체기술 ( 집필중 ) 항공기용왕복엔진 (ISBN 978-89-6105-304-4) 발전설비열유체기술교육안내 2/ 13
발전설비입문 강좌구성 Chap Title Hour 1 Introduction to Power Plants 4 2 Thermodynamics and Fluid Dynamics 4 3 Power Utility Boilers 2 4 HRSGs 3 5 Nuclear Steam Supply System 1 6 Steam Turbine 3 7 Gas Turbine 5 8 Combined Cycle Power Plant Systems 5 9 Generator 1 10 Balance of Plants 2 Sum 30 발전설비열유체기술교육안내 3/ 13
발전설비열역학 강좌구성 Chap Title Hour 1 Generals for Power Plants 4 2 Definitions in Thermodynamics 2 3 The first law of Thermodynamics 3 4 Change of State of an Ideal Gas 3 5 The Second Law of Thermodynamics 1 6 Cycle Analysis 3 7 Brayton Cycle 6 8 Rankine Cycle 6 9 Fuel and Combustion 2 Sum 30 발전설비열유체기술교육안내 4/ 13
발전설비열역학 강의실적 기관교육기간시간인원비고 1 두산중공업 10.07.15~16 16 23 2 한국전력남동발전 10.12.20~22 21 15 3 두산중공업 11.07.07~08 16 22 4 두산중공업 12.07.04~06 20 33 5 두산중공업 12.09.12~14 14 20 23 6 한국지역난방공사 12.11.05~09 30 14 7 두산중공업 13.04.22~26 30 33 8 9 10 11 발전설비열유체기술교육안내 5/ 13
증기터빈열유체기술 강좌구성 Chap Title Hour 1 Introduction to Steam Turbines 4 2 Flows in Steam Path 5 3 Part Load Operation 3 4 Performance 4 5 Turbine Losses 5 6 LP Turbine 2 7 USC Turbine 3 8 Solid Particle Erosion 2 9 Water Droplet Erosion of Turbine Blade 2 Sum 30 발전설비열유체기술교육안내 6/ 13
증기터빈열유체기술 참고문헌 No. Title Author 1 Evaluating and Improving Steam Turbine Performance K.C. Cotton 2 The Design of High-Efficiency Turbomachinery and Gas Turbines D.G. Wilson 3 Turbine steam path, Vol. I Maintenance and repair W.P. Sanders 4 Power Plant Engineering i LF L.F. Db Drbal 5 Power Plant System Design K.W. Li & A.P. Priddy 6 Powerplant Technology M.M. El-Wakil 7 Proc. ICOPE - 97 8 An Introduction to Turbine Steam Path Engineering 9 Two-Phase Flow in Complex System S. Levy 10 LP Turbine 11 Thermal Turbomachinery M.T. Schobeiri 12 Axial Flow Turbines J.H. Horlock 13 GER Series GE 14 Journal Papers 발전설비열유체기술교육안내 7/ 13
증기터빈열유체기술 강의실적 기관교육기간시간인원비고 1 한국전력남동발전 07.11.28 28~30 18 13 2 한국전력남동발전 08.06.23~25 21 13 3 두산중공업 08.08.12~14 21 21 4 한국전력남동발전 08.09.10~12 21 13 5 한국전력남동발전 08.12.10~12 10 21 10 6 두산중공업 + 남동발전 09.07.08~10 21 22 7 한국전력남동발전 10.03.03~05 21 10 8 전력연구원 (KEPRI) 10.03.10~11 14 11 9 터보링크 10.06.17~25 16 20 10 두산중공업 10.07.21~23 21 20 11 한전KPS 10.08.16 5 45 12 대림산업 10.10.04 04~0606 21 14 13 두산중공업 11.07.12~15 (4일) 24 20 14 두산중공업 12.07.24~27 (4일) 24 17 15 한국지역난방공사 12.08.27~31 (5일) 30 20 16 두산중공업 130722 13.07.22~26(5 일 ) 30 22 발전설비열유체기술교육안내 8/ 13
가스터빈복합발전열유체기술 강좌구성 Chap Title Hour 1 Combined Cycle Power Plants 4 2 Gas Turbine Technologies 2 3 H-Class Gas Turbine Technologies 3 4 Gas Turbine Cycle 3 5 Performance - Gas Turbine and CCPP 3 6 Compressor 3 7 Combustor 4 8 Turbine 4 9 Gas Turbine Inlet Systems 3 10 Steam Turbine for CCPP 1 11 Heat Recovery Steam Generator 0 12 Advanced Seal Systems 0 Sum 30 T Topping Cycle (Brayton Cycle) Bottoming Cycle (Rankine Cycle) s 발전설비열유체기술교육안내 9/ 13
가스터빈복합발전열유체기술 참고문헌 No. Title Author 1 Combined-Cycle Gas & Steam Turbine Power Plants R. Kehlhofer 2 The Design of High-Efficiency Turbomachinery and Gas Turbines D.G. Wilson 3 Gas Turbines V. Ganesan 4 Gas Turbine Theory H. Cohen 5 The Design of Gas Turbine Engines IGTI 6 Elements of Gas Turbine Propulsion J.D. Mattingly 7 Gas Turbine Performance W. Fletcher 8 Fluid Dynamics and Heat Transfer of Turbomachinery B. Lakshminarayana 9 GER Series GE 10 Journal Papers 11 12 13 14 발전설비열유체기술교육안내 10 / 13
가스터빈복합발전열유체기술 강의실적 기관교육기간시간인원비고 1 POSCO 건설 08.03.27~2903 18 19 2 K-Power, GE-Korea 08.06.16~19 28 51 3 두산중공업 08.07.08~11 28 41 4 GS EPS 08.09.02~05 24 28 5 대림산업 08.09.25~26, 10.9 21 20 6 두산중공업 09.06.29~07.03 25 17 7 두산중공업 10.07.06~07.09 24 25 8 두산중공업 11.07.19~07.22 (4일) 24 11 9 두산중공업 12.07.10~07.13 (4일) 24 9 10 한국지역난방공사 12.07.16~07.20 (5일) 30 14 11 두산중공업 12.09.18 18~09.21 (4 일 ) 24 15 12 두산중공업 13.07.08~07.12 (5일) 30 9 발전설비열유체기술교육안내 11 / 13
기타사항 1. 교육자료 http://kopo.webhard.co.kr/ id: pw: 2. 질문 강의중자유롭게질의 ( 권장 ) 휴식시간질문자제 3. 강사강의자세이해 4. 전문가 자유롭게설명부탁드립니다 발전설비열유체기술교육안내 12 / 13
질의및응답 발전설비열유체기술교육안내 13 / 13