for multi-dimensional and multi-scale approach on nuclear thermal-hydraulic phenomena
1. Research of phase-change heat transfer for implementations of ultra high heat flux cooling and thermal diode
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Funding: Ministry of Science and ICT
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Mar. 2022 ~ Feb. 2026
2. Study of two-phase pressure drop and dryout heat flux in a debris bed
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Funding: KAERI
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Jan. 2020 ~ Dec. 2021
3. Research on phase-change heat transfer enhancement technology using micro-textured metal mesh
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Funding: Ministry of Education
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Nov. 2018 ~ Oct. 2021
4. Construction of experimental facilities and experimental research for validating SFR core technologies
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Funding: Ministry of Science and ICT
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Nov. 2016 ~ Oct. 2021
5. Fundamental research of flashing phenomenon for enhancing safety of pressurized water reactor
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Funding: Ministry of Science and ICT
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Nov. 2016 ~ Nov. 2019
6. Thermal hydraulic experiments and cooling performance analysis for the validation of SMART PCCS cooling
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Funding: Korea Atomic Energy Research Institute (KAERI)
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Mar. 2016 ~ Nov. 2018
7. Development of boiling critical heat flux enhancement technology using super-hydrophobic metal mesh
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Funding: Ministry of Education
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Nov. 2015 ~ Oct. 2018
8. Experimental research on flow characteristics in core simulator system of sodium thermal-hydraulic integral test facility
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Funding: Korea Atomic Energy Research Institute (KAERI)
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Mar. 2016 ~ Dec. 2017
9. Local condensation experiment
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Funding: F&C
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Jan. 2016 ~ Dec. 2016
10. Preliminary assessment on primary coolant pump design of SFR integral test loop
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Funding: Korea Atomic Energy Research Institute (KAERI)
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Jun. 2015
11. Development of core technology for long-term passive cooling system concept utilizing air-cooled heat exchanger
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Funding: Ministry of Science and ICT
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Jun 2015. ~ May 2016