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Research

Research Field

Energy / Environment

A focus is placed on spearheading the effort to develop the core technologies required to proactively cope with climate change and achieve a sustainable society. We leverage a wide range of underlying technologies to facilitate this process, including eco-friendly, high-efficient energy conversion/storage/transport systems, power/propulsion technologies to achieve carbon neutrality, marine renewable energy (wind/solar/tidal power), and large-capacity energy storage technologies.

Professors Laboratories Research Field Contacts
Choi, Won Joon 멀티스케일 전달현상 연구실
Multiscale Transport Lab. open_in_new
  • Multiscale Platforms for Active Control of Thermal & Fluidic transport and Their Applications
  • Structure-Guided Combustion Waves (SGCWs) driven Thermal-Chemical-Electrical Energy Conversion for Energy Applications
  • Thermal Metamaterials for Local Heat Flux Manipulation
  • Self-Sustained Thermal-Fluidic Sensing Platform (Energy Harvesting and Sensors)
  • 3D printed multifunctional metamaterials
+82-2-3290-5951
Chung, Jae Won 열유체공학연구실
Thermal Fluid Eng.Lab. open_in_new
  • Small to medium-sized annealing furnace electrification
  • Flow conditions CFD imulation of rapid hydrothermal reactor
  • Dynamic characteristics analysis of phase change material based thermal energy storage system integrated power plant
+82-2-3290-3751
Chung, Jin Taek 에너지 시스템 및 터보기계 연구실
Energy System & Turbomachinery Lab. open_in_new
  • Thermal flow analysis of gas turbine rotating blades
  • Film cooling of gas turbine blades
  • Abnormal flow analysis of supersonic fans
  • Aerodynamic design and flow analysis of centrifugal compressors
+82-2-921-8512
Im, Seong Kyun 기체역학 및 반응성유동 연구실
Gasdynamics and Reacting Flow Lab. open_in_new
  • Plasma-Assisted plastic energy recovery and utilization
  • Prediction of unstart phenomena in scramjet engine under hypersonic flow conditions
  • Simulation and prediction of wildfires
  • Study of ammonia mechanisms and global mechanisms
+82-2-3290-3356
Kang, Yong Tae 에너지물질순환연구실
Energy Materials Criculation Lab. open_in_new
  • Sorption thermal battery systems, Absorption cycles & Heat pumps
  • Indoor CO2 capture and integrated ventilation systems
  • Heat-electricity conversion and storage system
  • Solar cell thermal management by emulsion filters and passive cooling
+82-2-3290-59
Kim, Hye Jeong 멀티스케일 유체공학 연구실
Multiscale Fluid Engineering Lab. open_in_new
  • Biomimetic microfluidic transport systems
  • Eco-friendly water management systems to reduce underwater environmental pollutants
  • Visualization and simulation of internal flow and fluid transport phenomena in advanced fluid systems
  • Sustainable energy systems modeling & application
+82-2-3290-3379
Kim, Yong Chan 냉동공조 및 이상유동 연구실
TWO-PHASE FLOW Lab. open_in_new
  • PEMFC and Renewable energy
  • Performance evaluation of low GWP refrigerants
  • Next-generation refrigeration and HVAC system
  • Cooling system for semiconductors
+82-2-921-5946
Kim, Yun Jae 신뢰성평가연구실
Structural Integrity & Reliability Lab. open_in_new
  • Finite element failure analysis based on phenomenological failure models
  • Structural design and evaluation methods for next-generation plant piping
  • Residual stress analysis and crack evaluation of dissimilar metal welds in nuclear power plants
  • Fatigue stress analysis for durability assessment of automotive and electronic components
+82-2-3290-3749
Kwon, Oh Myoung 나노에너지 전달 및 변환 연구실
Nano energy transport & conversion Lab. open_in_new
  • Phonon mean free path spectroscopy for thermoelectric and semiconductor materials
  • Electrical and thermal properties of nanostructured thermoelectric materials
  • Addressing thermal issues by measuring the temperature and thermal properties of nano-integrated circuits and LEDs
  • Nano-energy transfer and conversion phenomena within nanodevices and materials
+82-2-3290-3855
Lee, Byung Yang 스마트 다기능 소자 연구실
Smart Multi-Functional Device Lab. open_in_new
  • Self-assembly and characterization of nano-scale structures
  • Nanoscale devices and sensors
  • Nanoscale energy conversion devices
+82-2-3290-3365
Lee, Ho Seong 최적 에너지 변환 시스템 연구실
Optimized Energy Conversion Systems Lab. open_in_new
  • Optimization of energy systems for building carbon reduction
  • Thermal management systems for lithium-ion batteries (PCM, heat pipes, dielectrics)
  • Development of simulation models for thermal management systems in electric vehicles
  • Enhancing the performance of heat exchangers applied in electric vehicles
+82-2-3290-3891
Ryu, Jai Young 전산유체역학연구실
Computational Fluid Dynamics Lab. open_in_new
  • Aerothermodynamic and flow analysis of high-pressure gas turbine blades
  • Anaylsis of hyperloop flow characteristics
  • Optimal design of impellers for centrifugal compressors
  • Pulse-Wave Cardio- and Cerebrovascular hemodynamics
  • Reducing hydrodynamic resistance in unmanned submarines
+82-2-3290-3360
Shim, Joon Hyung 신재생에너지시스템 연구실
Renewable Energy System Lab. open_in_new
  • Eco-friendly hydrogen production, power generation, and other energy systems
  • Component&material fabrication technologies (batteries, fuel cells)
  • Vacuum deposition and liquid process technologies (atomic layer deposition, inkjet printing)
  • Design and optimization of smart energy grid
+82-2-3290-3353
Yoo, Dong Joo 차세대 전지 시스템 연구실
Advanced Battery System Lab. open_in_new
  • Next-generation electrolytes for fast charging and low-temperature operation
  • Laser processing of cathode electrodes and physics-based electrochemical modeling
  • Physics-based electrochemical modeling of sulfide-based solid-state batteries
  • Study of cathode materials and degradation mechanisms in sulfide-based solid-state batteries
+82-2-3290-3367
Yoon, Sam S. 나노에너지 및 열유체 연구실
Nano Energy Thermofluid Lab open_in_new
  • Piezoelectric and triboelectric nano-generators
  • Improving the performance of supercapacitors and lithium-ion batteries
  • Analysis of aerosol flow and diffusion inhibition in medical facilities
+82-2-3290-3861