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에너지시스템연구실

연구실 소개

에너지시스템 연구실에서는 냉동 및 공조시스템, 액체추진 로켓, 물 및 증기분사 가스터빈 시스템, 저등급 열원 활용을 위한 시스템 등 각종 에너지 시스템에 대한 모델링이나 해석 및 설계 등 열역학과 열 및 물질전달을 기반으로 기초 및 응용 분야 연구가 수행되고 있다.

연구실 담당교수

인적 사항
  • 직위, 성명 : 교수 김경훈
  • 연구실 : 테크노관 321호
  • 전화 : 054-478-7292
  • 이메일 : khkim@kumoh.ac.kr
학위 및 경력
  • 1978 서울대학교 공학사
  • 1980 KAIST 공학석사
  • 1985 KAIST 공학박사
  • 1984 금오공과대학교 전임강사, 조교수, 부교수, 교수
  • 1988 베를린공대 박사후과정
  • 2005 펜실바니아주립대 방문교수
전공분야
  • 열역학, 열 및 물질전달, 에너지시스템공학
담당 교과목
  • 열역학, 열전달, 에너지역학, 냉동및공기조화, 열시스템설계

주요 연구실적

논문
  • Lee, S. W, Kim, S. U, and Kim, K. H, 2012, "Aerodynamic Performance of Winglets Covering the Tip Gap Inlet in a Turbine Cascade," Accepted for Publication in International Journal of Heat and Fluid Flow.
  • Kim K. H and Han C. H, 2012, "Analysis of Transcritical Organic Rankine Cycles for Low-Grade Conversion," Accepted for Publication in Applied Science Letters.
  • Kim K. H and Han C. H, 2012, "Thermodynamic Performance of Ammonia-Water Cycle for Power and Refrigeration Cogeneration," Accepted for Publication in Applied Mathematics and Information Sciences.
  • Kim K. H, Kim S. W and Ko H. J, 2012, "A Thermodynamic Analysis of Cogeneration System in Parallel Circuit Based on Organic Rankine Cycle," Accepted for Publication in Applied Mechanics and Materials.
  • Kim K. H, Ko H. J and Kim S. W, 2012, "Analysis of Cogeneration System in Series Circuit Based on Regenerative Organic Rankine Cycle," Accepted for Publication in Applied Mechanics and Materials.
  • Kim K. H, Kim D. J and Kim K, 2012, "Exergy Analysis of Regenerative Rankine Cycle Using Ammonia-Water Mixture as Working Fluid," Accepted for Publication in Applied Mechanics and Materials.
  • Kim K. H, 2012, "Effects of Water and Steam Injection on Thermodynamic Performance of Gas Turbine Systems," Applied Mechanics and Materials, Vuls. 110-116, pp. 2109-2116.
  • Kim K. H, Ko H. J, Kim K and Perez-Blanco P, 2012, "Analysis of Water Droplet Evaporation in a Gas Turbine Inlet Fogging Process," Applied Thermal Engineering, Vuls. 33-34, pp. 62-69.
  • Kim K. H, 2011, "Thermodynamic Performance of Regenerative Organic Rankine Cycles," Accepted for Publication in WASET.
  • Kim K. H, 2011, "Effects of Superheating on Thermodynamic Performance of Organic Rankine Cycles," WASET, Vul. 78, pp. 608-612.
  • Kim K. H, Ko H. J and Perez-Blanco H, 2011, "Analytical Modeling of Wet Compression of Gas Turbine Systems," Applied Thermal Engineering, Vul. 31, pp. 834-840.
  • Kim K. H, Ko H. J and Perez-Blanco H, 2011, "Exergy Analysis of Gas-Turbine Systems with High-Fogging Compression," Int. J. Exergy, Vul. 8, pp. 16-32.
  • Kim K. H and Kim G. M, 2010, “Thermodynamic Performance Assessment of Steam-Injection Gas-Turbine Systems,” WASET, Vul. 68, pp. 373-380.
  • Kim K. H, Kim S. W and Ko H. J, 2009, "Effects of Turbine Inlet Temperature on Performance of Regenerative Gas Turbine System with Afterfogging," Int. J. Air Cond. Ref., Vul. 17, pp. 141-148.
  • Kim K. H, Ko H. J, Kim K. J, Kim Y. W and Cho K. J, 2009, "Analysis of Heat Transfer and Frost Layer Formation on a Cryogenic Tank Wall Exposed to the Humid Atmospheric Air," Applied Thermal Engineering, Vul. 29, pp. 2072-2079.
  • Kim K. H, Ko H. J and Park Y. S, 2009, “Modeling of Droplet Evaporation for Gas Turbine Inlet Fogging Systems with Different Water Injection Ratio,” Numerical Analysis and Applied Mathmatics, Vul. 1, pp. 156-159.
  • Kim K. H and Perez-Blanco H, 2007, "Potential of Regenerative Gas-Turbine Systems with High-Fogging Compression," Applied Energy, Vul. 84, pp. 16-28.
  • Perez-Blanco H, Kim K. H and Ream S, 2007, "Evaporatively-Couled Compression Using a High-Pressure Refrigerant," Applied Energy, Vul. 84, pp. 1028-1043.
연구과제
  • 터빈 블레이드를 냉각하는 습식 가스터빈 시스템의 성능 해석 (2010.5~2015.4), 한국연구재단
  • AHAT시스템의 성능해석 및 최적 운전조건 (2009.5~2010.4), 한국연구재단
  • 도시형 수직축 풍력발전시스템 개발 (2009.6~2010.5), 중소기업청
  • 발사운용시의 극저온 산화제 탱크 내의 열 및 물질전달에 관한 연구 (2007.3~2009.2), 한국항공우주연구원