Inho Kim
Sungkyunkwan University · Materials Science
About the Lab
Professor Inho Kim's research lab specializes in advanced thermal and fluid dynamics, with a focus on numerical and experimental analysis of heat transfer phenomena in industrial heating systems. The lab investigates combined convection, radiation, and conduction mechanisms in complex geometries, particularly in near-infrared (NIR) heating applications. A key research direction involves optimizing thermal efficiency and flow characteristics in cylindrical and enclosed heating chambers using computational modeling and parametric studies. The lab also explores strategic corporate finance and capital market strategies, particularly in the context of biotechnology firms and innovative listing mechanisms such as reverse listings.
Research Overview
Research Output Trend
Figures are computed from collected data and may differ slightly.
Selected Papers
3본 사례는 2008년 5월 코스닥시장에서 발생한 셀트리온의 오알켐을 통한 우회상장 사례이다. 바이오의약품을 제조하는 셀트리온은 규모와 성장성이 우수한 기업이나 일부 코스닥시장상장요건을 충족하지 못하여, 성장성이 정체된 코스닥 상장업체인 오알켐과의 합병을 통해 코스닥시장에 우회상장 하였다. 우회상장 이후 사업경쟁력을 살려 지속적으로 성장하였고, 시가총액 2조원대의 기업으로 코스닥 시장의 최대기업으로 성장하였다. 본 사례는 가장 성공적인 우회상장 사례이며, 우회상장사례 중 활용빈도가 가장 높은 합병을 통한 우회상장의 진행과정 및 관련 내용을 포함한 예시자료이다.
Numerical analysis is carried out for combined heat transfer in an indirected NIR(Near Infrared Ray) heating chamber. Reynolds number and shapes of absorbed cylinder are known as important parameters on the combined heat transfer effects. Reynolds number based on the outer diameter of the cylinder is varied from to . Four difference heat transfer regimes are observed: forced convection and radiative heat transfer on the outer surface of the cylinder, pure conduction in the cylinder body, pure na
Research Areas
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