Tadashi Murakami BE in nuclear engineering, School of Engineering, the University of Tokyo/ME in nuclear engineering, Graduate School of Engineering, the University of Tokyo
Executive Research Fellow
Technical Fields：Nuclear Engineering
1992 M.E. (Nuclear Engineering), The University of Tokyo
1992- Toshiba Co.: Seismic design technology development, and licensing of nuclear power plants
2000- Genden Information Systems: NPP operator training simulator development, and computer simulation (core design and decommissioning analysis)
2016- Japan Atomic Power Company: Design and licensing of decommissioning plans and radioactive waste burial facilities
2022- IAE
1992 M.E. (Nuclear Engineering), The University of Tokyo
1992- Toshiba Co.: Seismic design technology development, and licensing of nuclear power plants
2000- Genden Information Systems: NPP operator training simulator development, and computer simulation (core design and decommissioning analysis)
2016- Japan Atomic Power Company: Design and licensing of decommissioning plans and radioactive waste burial facilities
2022- IAE
1992 M.E. (Nuclear Engineering), The University of Tokyo
1992- Toshiba Co.: Seismic design technology development, and licensing of nuclear power plants
2000- Genden Information Systems: NPP operator training simulator development, and computer simulation (core design and decommissioning analysis)
2016- Japan Atomic Power Company: Design and licensing of decommissioning plans and radioactive waste burial facilities
2022- IAE
Major Achievements
- Nuclear Power Plant Licensing： Construction approval (seismic design) for Hamaoka Nuclear Power Station Unit No. 5, Chubu Electric Power Company; licensing for Tokai low level radioactive waste burial facility
- Development of earthquake-resistant design technology： Participation as an expert from a plant manufacturer in the “Advanced Earthquake-resistant Design Study” (commissioned by the Nuclear Power Engineering Corporation (NUPEC))
- Development of operation training simulator： Tokai No.2 Power Station (BWR) and Tsuruga Power Station Unit 2 (PWR)
- Scientific and engineering calculations： Structural and fluid calculations (NASTRAN, ABAQUS, LS-DYNA, FLOW-3D), core design (PANAC11), activation calculations (DORT, ORIGEN)