Development of internal and external cooling flow and heat transfer characteristics of high-pressure turbines in aircraft gas turbine engines
- Research Institution: Hanwha Aerospace
- Research Period: 2024.12 ~ 2027.12 (Role : PI)
Basic research lab for flow control using morphing metastructures
- Research Institution: National Research Foundation (NRF)
- Research Period: 2024.08 ~ 2026.05 (Role : PI)
Exploring the circulation lifecycle of nonspherical fine particles within the atmosphere based on flow-particle-droplet 3-phase interactions
- Research Institution: National Research Foundation (NRF)
- Research Period: 2024.05 ~ 2027.04 (Role : PI)
Development of gas turbine flow control techniques for enhanced aerodynamic performance
- Research Institution: Agency for Defense Development (ADD)
- Research Period: 2022.04 ~ 2025.03 (Role : JP)
Flow control and visualization between interface modules of semiconductor equipment
- Research Institution: Samsung Electronics
- Research Period: 2023.04 ~ 2025.11 (Role : PI)
Development of technology to increase plant efficiency through equalization of internal flow in environmental facilities of Resource circulation type power plant
- Research Institution: Western Power
- Research Period: 2021.06 ~ 2023.06 (Role: PI)
Visualization of airflow inside semiconductor vacuum equipment
- Research Institution: Samsung Electronics
- Research Period: 2021.01 ~ 2021.12 (Role : PI)
Rapid call for international joint research against the coronavirus (COVID-19) pandemic
- Research Institution: National Research Foundation (NRF)
- Research Period: 2020.07 ~ 2021.09 (Role : PI)
Investigation of the 3D transient flow structure in the human respiratory system using phase-locked magnetic resonance velocimetry (MRV)
- Research Institution: SNU College of Engineering and College of Medicine
- Research Period: 2020.04 ~ 2022.03 (Role : PI)
Development of a temperature measurement system for a hot turbine test rig using IR camera
- Research Institution: Doosan Heavy Industries & Construction
- Research Period: 2019.08 ~ 2021.12 (Role : PI)
Analysis of droplet-particle adsorption mechanism according to the shape change of atmospheric water droplet
- Research Institution: National Research Foundation (NRF)
- Research Period: 2019.06 ~ 2024.06 (Role : PI)
Visualization of gas turbine internal cooling thermal flow field using 7 Tesla MRI system
- Research Institution: Korea Basic Science Institute (KBSI)
- Research Period: 2019.01 ~ 2019.11 (Role : PI)
The UAV high efficiency turbine research center
- Research Institution: Agency for Defense Development (ADD)
- Research Period: 2018.12 ~ 2021.11 (Role : JP)
Visualization of gas turbine blade internal cooling flow and RANS validation technique using MRV
- Research Institution: Korea Electric Power Research Institute (KEPRI)
- Research Period: 2018.11 ~ 2020.05 (Role : PI)
Development of gas turbine blade life cycle assessment technique
- Research Institution: Midland Power
- Research Period: 2021.11 ~ 2023.11 (Role : JP)
Development of a large GT turbine blade temperature measurement system using IR camera
- Research Institution: Doosan Heavy Industries & Construction
- Research Period: 2017.05 ~2020.06 (Role : PI)
Basic research laboratory for thermo-flow control using photon-matter interaction
- Research Institution: National Research Foundation (NRF)
- Research Period: 2017.06 ~2020.02 (Role : JP)
Experimental study on the effect of relative humidity on the distribution of fine particles in the atmosphere
- Research Institution: National Research Foundation (NRF)
- Research Period: 2017.03 ~2020.02 (Role : PI)
Visualization of internal cooling flow in a turbine blade using a medical MRI scanner
- Research Institution: Doosan Heavy Industries & Construction
- Research Period: 2017.01 ~2017.11 (Role : PI)
