Social Implementation
Masahiro Susa
Professor
Process Metallurgy based upon Thermophysical Property
Biography
Dr Susa worked for Semiconductor Research Laboratory, Matsushita Electronics Corporation in 1982-1986, where he was engaged in research and development on VLSI processing, especially about solid-state image sensors. He was employed by Tokyo Tech in 1986 as research associate; in this period of time he received his Doctor of Engineering at Tokyo Institute of Technology in 1990. His doctoral thesis was about structural study on thin silica films. He also stayed at National Physical Laboratory (NPL), UK as guest worker in 1992 - 1993. At NPL, he started research on mould flux for continuous casting of steel. In 1993 he was promoted to associate professor at Tokyo Tech and also to full professor in 2002, and now serves as Dean for School of Materials and Chemical Technology. His current research is focused on physical property measurements at high temperatures on materials relevant to ironmaking and steelmaking processing. Dr Susa has memberships of Iron and Steel Institute of Japan, Japan Institute of Metals and Materials, Japan Society of Thermophysical Properties and Society of Glass Technology UK. In particular, he assumed the roles of editor in chief of editorial board and executive board member in Iron and Steel Institute of Japan and the role of vice president in Japan Society of Thermophysical Properties.
Expectations for WRHI
・As one of the deans concerned, I would like to promote collaborative work and personal exchanges based on the MOU with CSM, University of the Arts London, leading to cooperation between industry and academia.
・I would also like to cooperate in development of colourful alloys attractive to artists in the Team ‘New alloy development and designing’.
2020- | Dean, School of Materials and Chemical Technology, Tokyo Tech |
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2016-2020 | Vice Dean, School of Materials and Chemical Technology, Tokyo Tech |
2016- | Professor, Dept of Materials Science and Engineering, School of Materials and Chemical Technology, Tokyo Tech |
2002-2016 | Professor, Dept of Metallurgy and Ceramics Science, Tokyo Tech |
1999-2001 | Associate Professor, Graduate School of Science and Engineering, Tokyo Tech |
1998-2002 | Part-time lecturer, Keio University |
1993-1999 | Associate Professor, School of Engineering, Tokyo Tech |
1986-1993 | Research Associate, School of Engineering, Tokyo Tech |
1982-1986 | Researcher, Semiconductor Research Laboratory, Matsushita Electronics Corporation |
2020 | The Best Year’s Paper Award (Sawamura Award), Iron and Steel Institute of Japan1989 Yamaoka Prize, Iron and Steel Institute of Japan |
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2019 | Significant Contribution Award, Japan Institute of Metals and Materials |
2016 | Best Teacher Award, Tokyo Tech |
2013 | The Best Paper Award, Japan Society of Thermophysical Properties |
2012 | The Best Paper Award, Technical Association of Refractories, Japan |
2010 | Yamaoka Prize, Iron and Steel Institute of Japan |
2010 | The Best Year’s Paper Award (Sawamura Award), Iron and Steel Institute of Japan |
2007 | Scientific Achievement Commemorative Prize (Nishiyama Commemorative Prize), Iron and Steel Institute of Japan |
1999 | Distinguished Achievement Award, Japan Institute of Metals |
1994 | Murakami Young Researcher Award, Japan Institute of Metals |
1991 | The Best Paper Award, Japan Institute of Metals |
1989 | Yamaoka Prize, Iron and Steel Institute of Japan |
2020 | M. Susa, K. Sasaki, T. Yamauchi, T. Watanabe, R. Endo, M. Hayashi, M. Hanao: Crystallisation of Silicate Glasses and Melts with Chemical Compositions in Primary Phase Region of Gehlenite; ISIJ International, Vol.60, No.1, (2020) 58-64 |
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2019 | M.Li, R.Endo, M.Akoshima, H.Tanei, H.Okada, M.Susa: Thermal Conductivity of Oxide Scale Thermally Grown on Iron Substrate Corrected by Temperature-dependent Interfacial Thermal Resistance in Laser Flash Measurement; ISIJ International, Vol.59, No.3, (2019) 398-403 |
2018 | S Takahashi, R Endo, T Watanabe, M Hayashi, M Susa: Mechanism of Mild Cooling by Crystallisation of Mould Flux for Continuous Casting of Steel – a View from Apparent Thermal Conductivity under Steep Temperature Gradient; ISIJ International, Vol.58, No.5, (2018) 905-914 |