Field of Interests
– Pool boiling experiment
– Boiling regime determination based on AE/AI
Articles
1. D.Y.Lim, I.C. Bang*, “Controlled bubble departure diameter on bipillic surfaces for enhanced pool boiling heat transfer performance“, International Journal of Heat and Mass Transfer, Vol. 150, 119360 (2020)
2. D.Y.Lim, I.K.Jin, I.C. Bang*, Heat-Vision Based Drone Surveillance Augmented by Deep Learning for Critical Industrial Monitoring, Scientific Reports, Vol. 13, 22291 (2023)
3. D.Y.Lim, I.C. Bang*, A Novel Non-Destructive Acoustic Approach for Investigating Pool Boiling Phenomena, International Journal of Heat and Mass Transfer, Vol. 222, 125166 (2024)
Honors and Awards
1. Best presentation award of Korean Society for Fluid Machinery Winter Meeting (2022)
2. Best poster award of Korean Nuclear Society Spring Meeting (2023)
3. Best 1-minute pitch award of WORTH-10 Student Seminar (2023)
4. Best paper award of Korean Society for Fluid Machinery Summer Meeting (2023)
Field of Interests
– Heat pipe experiment for space application
Articles
1. Y.Y.Park, I.C. Bang*, Experimental Study on 3D Printed Heat Pipes with Hybrid Screen–Groove Combined Capillary Wick Structure, Applied Thermal Engineering, Vol. 232, 121037 (2023)
Field of Interests
– Multiphysics simulation of molten salt reactor with OpenFOAM
– Heat pipe experiment for SMR application
– Liquid metal heat pipe manufacturing and experiments
Articles
1. D.H. Lee, I.C. Bang*, Experimental Investigation of Heat Transfer Limitations in Concentric Annular Sodium Heat Pipes and Thermosyphon, Applied Thermal Engineering, Vol. 232, 121020 (2023)
2. D.H. Lee, I.C. Bang*, Experimental investigation of thermal behavior of overfilled sodium heat pipe, International Journal of Heat and Mass Transfer, Vol.215 (15), 124449 (2023).
3. D.H. Lee, I.C. Bang*, Dry-out limit enhancement strategy in sodium heat pipes: Overfilling effect and modified capillary limit model. International Journal of Heat and Mass Transfer 228 (2024): 125633.
Field of Interests
– Computational Fluid Dynamic (CFD) analysis
- Development of NPP abnormal state diagnosis technology based on IR and AI
Articles
1. I.J. Jin, D.Y. Lim, I.C. Bang*, Deep-learning-based system-scale diagnosis of a nuclear power plant with multiple infrared cameras, Nuclear Engineering and Technology, Vol. 55(2), pp. 493-505 (2023)
2. I.J. Jin, D.Y. Lim, I.C. Bang*, Development of fault diagnosis for nuclear power plant using deep learning and infrared sensor equipped UAV, Annals of Nuclear Energy, Vol. 181, 109577 (2023)
3. I.J.Jin, Y.Y.Park, I.C.Bang*, Heat transfer performance prediction for heat pipe using deep learning based on wick type, International Journal of Thermal Sciences, Vol. 197, 108806 (2024)
Honors and Awards
1. Best poster award of Korean Nuclear Society Spring Meeting (2023)
Field of Interests
– SMR design and safety analysis
Honors and Awards
1. Best paper award of Korean Nuclear Society Spring Meeting (2022)
2. Best paper award of NUTHOS-13 (2022)
3. Best poster award of Korean Nuclear Society Spring Meeting (2023)
Field of Interests
– Computational fluid dynamic analysis of phase change phenomena
Field of Interests
– Small modular reactor design and reactor shaking study as propulsion power of marine vessels
Field of Interests
– Computational Fluid Dynamics, Multiphysics simulation
Field of Interests
– Heat exchanger design , AI optimization
Field of Interests
– Spallation neutron target design and thermal-hydraulic analysis