• Development of core technologies for high-performance rotor and electric drive system for Mars exploration rotorcraft, NRF, 2024
• Prediction of aerodynamic characteristics of reusable launch vehicle with grid fin and landing legs, KARI, 2023
• Establishment of aerodynamic DB using air vehicle aerodynamic analysis and automation S/W, ADD, 2022
• Analysis of air vehicle separation behavior, Hanwha, 2022
• Research on Automation Technology for High fidelity Aerodynamic solver, ADD, 2019
• Development of store separation simulation program (ANYSEP V4), KAI, 2018
• Dynamic aerodynamic database generation and management validation for high-speed airplanes, KARI, 2024
• User Experience Development for Unmanned Mobile Vehicle Design Platform, NRF, 2023
• Hydrocode improvement and modernization, ADD, 2023
• Generate aerodynamic DB and flight visualization for high-speed vehicle simulation, KARI, 2023
• PCB type drone platform development, PNU Drone, 2023
• Computational Analysis for Hypersonic Aircraft Load Distribution Study, KARI, 2023
• Imaging system for space plane, KARI, 2023
• Aerodynamic characterization of small launch vehicle during low-speed flight environment, Perigee Aerospace, 2023
• Development of combustion analysis SW for binary propellant thruster, KARI, 2023
• Creation and management verification of dynamic aerodynamic database for high-speed airplane, KARI, 2023
• Development of satellite image processing SW, Firstec, 2023
• Developed automation framework for parameter-based unmanned aerial vehicle geometry-flow analysis, KARI, 2022
• Supersonic diffuser analysis using LVAFoam, KARI, 2022
• Development of optical SPR for three-dimensional rotor blade track tracking, KARI, 2021
• Development of an open source-based aerodynamic analysis program, Hanwha Aerospace, 2021
• Development and provided technical support for LVAFOAM, an open source-based CFD program for launch vehicles, KARI, 2021
• Development of GUI-based design platform, ADD, 2020
• Supersonic intake aerodynamic analysis, ADD, 2020
• Developed thermal flow numerical simulation program for launch vehicle development and built user environment, NRF, 2019
• Calculated aerodynamic characteristics to build a grid fin aerodynamic database, ADD, 2019
• Developed 6-degree of freedom image analysis program for safe store separation flight test results, KAI, 2019
• Multi-stage combustion cycle engine combustor gas stack flow analysis, KARI, 2019
• Development of analysis platform expansion and integration environment for large-scale combustion analysis, NRF, 2019
• Development of flight performance analysis program for composite rotorcraft, ADD, 2018
• Transient flow analysis of weapon bay, KAI, 2017
• High Altitude Test Facility Test Analysis Modeling and Ground Condition Transition Analysis, KARI, 2017
• Development of Combustion Test Device Flow Analysis Software, ADD, 2017
• Development of nested mesh analysis module, Computing Bridge, 2017
• Rotor performance analysis of multi-rotor airplane, Sejong University, 2016
• Modeling of abrasion phenomenon and prediction of abrasion result of Cf/Sic composite heat-resistant parts, Seoul National University, 2016
• Development of high frequency analysis program for liquid rocket engine and additional code development, KARI, 2016
• OpenFOAM GUI S/W for flow analysis, Hanwha, 2016
• Analyze air quality impact of Korean launch vehicle exhaust during flight, KARI, 2015
• Analyze computational data of flight stability, LIG Nex1, 2015
• Development of solid rocket combustion area analysis program, Hanwha, 2015
• Research on flame deflector cooling analysis of propulsion system test facility, Hyundai Rotem, 2014
• Development of computational fluid analysis code for low-cost civil aircraft development, KAI, 2013
• Development of ISAAC (KAI’s own CFD program), KAI, 2013
• Development of icing computational analysis and anti-icing design technology, KAI, 2012
  

• Design tool for optimization of front end shape of 370kph high-speed train, Korea National University of Transport, 2023
• Cooling and heating analysis of 84 Korail EMU-260 high-speed trains, TC2, Hyundai Rotem, 2023
• 3D computational fluid analysis of a train traveling at 370 kph, Korea National University of Transport, 2022
• Development of cockpit air conditioning analysis program using OpenFOAM, Hyundai Mobis, 2018
• Development of PAV optimization analysis package based on OpenFOAM, Hyundai Motor Company, 2018
• Development of aerodynamic analysis SW for hypertube (subsonic capsule train), KRRI, 2018
• Aerodynamic analysis for TSI certification of high-speed rail vehicle for overseas export, Hyundai Rotem, 2024
• High viscosity adhesive razor nozzle internal flow and application shape analysis, Hyundai Mobis, 2024
• Analysis of Airport Railroad Electric Cars Crossing in Tunnel, Hyundai Rotem, 2023
• 84 EMU-260 high-speed trains of Korail, Heating and cooling analysis, Hyundai Rotem, 2022
• Development of web-based thermo-fluid analysis platform, Hyundai Mobis, 2022
• CFD analysis of aerodynamic characteristics of 54 airport railroad trains, Hyundai Rotem, 2022
• Thermal analysis of snowmelt performance and snow melt range prediction simulation of instantaneous surface heating system, KRRI, 2021
• Development of conjugate heat transfer analysis program using OpenFOAM, Hyundai Mobis, 2020
• Research on aerodynamic design technology of high-speed train with hyperloop type compressor to reduce tunnel air force, Korea National University of Transport, 2019
• Permanent magnet synchronous motor and inverter for urban rail vehicles, heat flow analysis and impact evaluation, Hyundai Rotem, 2019
• [KRRI] Development of pre- and post-processing program for passenger flow analysis, KRRI, 2019
• Open source-based heat exchanger analysis research, Hanon System, 2019
• Development of HVAC analysis program based on OpenFOAM, Hanon System, 2018
• EMU-260 114-car project crosswind and 3D external aerodynamics analysis, Hyundai Rotem, 2017
• EMU-320 External flow and crosswind characterization, Hyundai Rotem, 2017
• 3D Aerodynamic Characteristics and Crosswind Analysis of 2F High Speed Passenger Car, Hyundai Rotem, 2017
• Technical service for high-speed freight train aerodynamic characteristics and crosswind analysis, Hyundai Rotem, 2015
• Modeling and computational analysis of KTX Sancheon shape change, KRRI, 2014
• Modeling of tube transportation system, KRRI, 2012
• Developed GUI frame for next-generation high-speed rail aerodynamic data analysis. KRRI, 2012
• Development of automotive CFD analysis program, VENS, 2012
• Development of axisymmetric code DB management program, KRRI, 2011
• Developed SDBD plasma actuator simulation program, KRRI, 2011

 🔹 Ship / Marine

• Developed multi-additive design and post-processing GUI module for propeller noise reduction add-on design program, KRISO, 2022
• Cryogenic heat exchanger performance prediction platform development, KSOE, 2022
• CFD study on the effect of reducing the flooding flow rate of hull openings, Social Disaster Response Committee, 2021
• Establishment of turbulence modeling based technology for high accuracy wave generation, KRISO, 2021
• Development of Digital Twin-based Piping System Heat Flow Virtual Commissioning Automation Platform, KSOE, 2020
• H.7060 Submarine Rescue Ship-II System Development Project Thruster Downstream CFD Analysis, DSME, 2019
• Floating 6-Degree of Freedom Imaging System, Jeju National University, 2023
• Piping Performance Evaluation Automation Program Analysis Module Update, KSOE, 2023
• Hull and thruster flow analysis using OpenFOAM, KRISO, 2020
• Thermal Flow Analysis for Exhaust Gas Backflow Prediction of Scrubber, Simulation Tech, 2020
• Development of LNG-powered ship and performance analysis system for medium-sized shipyards, RIMS, 2020
• Development of turbulence modeling based technology for high accuracy wave generation, KRISO, 2020
• Development of GUI module for propeller noise reduction add-on design program, KRISO, 2020
• Developed a video-noise synchronization GUI analysis module for thruster cavitation collapse strength evaluation, KRISO, 2019
• Development of unstructured 3D CFD numerical model for riser VIV analysis, KRISO, 2019
• Developed Numerical Wind Tunnel (NWT) library for OpenFOAM, Hyundai Heavy Industries, 2019
• Development of ship performance analysis software based on OpenFOAM, DSME, 2019
• Development of cavitation behavior and noise GUI analysis module, KRISO, 2018
• Development of multiphase flow transfer performance evaluation technology for LNG piping system, HHI, 2018
• Research on flow calculation of 30-ton pilot survival training boat self-driving performance, Gwangdong FRP, 2018
• Development of ship motion performance analysis function, Seoul National University, 2018
• Super-cavitation flow analysis, Seoul National University, 2017
• CFD kinematic performance analysis of Jang Bogo, Seoul National University, 2017
• Development of environmental load analysis simulator for polar environment vessels and offshore plants, KEIT, 2017
• Development of CFD S/W for Floating Wave Reduction Device, KIOST, 2017
• Development of TEC wake analysis program, KIOST, 2017
• Development of ship performance evaluation tool using OpenFOAM, Samsung Heavy Industries, 2017
• Development of sloshing analysis pre-processing software for hull scantling, DSME, 2017
• Development of thruster noise prediction S/W GUI module, KRISO, 2016
• Variable pitch propeller analysis, Samsung Heavy Industries, 2016
• Development of CFD program for estimating water exit/entry loading, KRISO, 2015
• Development of CFD program to estimate drag coefficient acting on complex installation objects, KRISO, 2015
• Developed SCR performance analysis program for marine engines, Hyundai Heavy Industries, 2015
• Developed a fluid load analysis system for LNG cargo tank pump tower using OpenFOAM, DSME, 2015
• Development of pump performance analysis code using OpenFOAM, Hyundai Heavy Industries, 2015
• Numerical analysis of wind and tidal loads on deepwater FPSO, Seoul National University, 2015
• Torpedo flow analysis, Sejong University, 2015
• Submarine flow analysis, Seoul National University, 2014
• Emission impact assessment using CFD, Hyundai Samho Heavy Industries, 2014
• Development of Scrubber Performance Analysis Program, Hyundai Heavy Industries, 2014
• Open Source Based Educational CFD Software, Ulsan University, 2014
• Barge dynamics investigation, Samsung Fire, 2013
• Fuel injection pump cavitation flow analysis, Hyundai Heavy Industries, 2013
• Evaluation of performance improvement due to ESD PSS device, Seoul National University, 2013
• Development of dust collection analysis function of Advanced Duct Layout and Ventilation Analysis Program (ADVENS), DSME, 2013
• Development of Computational Fluid Dynamics Simulator for Ventilation Design of Painting and Welding Work in Enclosed Area, DSME, 2012
• Development of ship thrust prediction solver/GUI using OpenFOAM CFD, Techmarine, 2012
• Naval High Speed Boat Analysis, Seoul National University, 2012
• Leisure boat mold analysis, AMTEC, 2011
• Development of virtual flow simulation program for high value-added ship design, Ministry of SMEs and Startups, 2011

    🔹 Electronics / Electricity

• Developed a conjugate heat transfer program for kitchens and built a GUI with automation functions, LG Electronics, 2024
• Developed CFD analysis automation tool for non-experts, LG Electronics, 2024
• Developed CFD program for slot die coating, SK innovation, 2024
• Developed heat exchanger heat transfer analysis program, KETI, 2023
• Developed Print Leveling Automation Tool, Samsung Electro-Mechanics, 2022
• Development of dispensing flow analysis technology, Samsung Electronics, 2019
• OpenFOAM Programming Technical Support for Sputtering Process Modeling, Corning Precision Materials, 2024
• Validation of rotor cooling fan analysis using OpenFOAM, HD Hyundai Electric, 2024
• Development of automatic mesh generation tool for analysis efficiency (spreading, hardening analysis), Samsung Electronics, 2022
• Performance analysis of multistage pump, KETI, 2022
• FAB environmental analysis 3D CFD model construction and simulation, Flowplus, 2021
• Development of precision flow analysis tool using OpenFOAM, Samsung Electronics, 2020
• Development of 1D thermal flow analysis technology for power transformer cooling system, HD Hyundai Electric, 2020
• Automation of dispensing flow analysis mesh generation, Samsung Electronics, 2020
• Thermal flow analysis for rated operation of BLDC motor for high pressure bilge pump (16.3kW, IP67 grade), Samjeong Automation, 2018
• Pump analysis program development, KETI, 2016
• Fan analysis unsteady program development, KETI, 2016
• Flow analysis in clean room using OpenFOAM, Shinsung ENG, 2015
• OpenFOAM Multiphase solver for washing machine, LG Electronics, 2014
• Development of OpenFOAM solver setting GUI for fluid mechanical analysis, KETI, 2014
• Development of transformer winding analysis program using Open Source Code, Hyosung, 2014
• Development of SW for refrigerator internal heat flow analysis using OpenFOAM, LG Electronics, 2014
• Analyze heat flow of airless open type oven, Yessty, 2011

    🔹 Energy / Environment

• Development and validation of air pollution spread simulation SaaS, NIA, 2024
• Development of open source 3D CFD program for predicting the scope of impact of chemical leakage accidents and analyzing accident causes, Ministry of Environment, 2023
• Development of digital twin CFD program linkage, Isaac Engineering, 2023
• Improvement and validation of turbulence model for hydrogen behavior analysis of containment building, KAERI, 2017
• Development of K-water type CFD standard model for open source based water purification plant water flow analysis, Korea Water Resources Corporation, 2019
• CFD / FEM analysis of Hakpa Reservoir floating solar plant (20MW/5MW*4 units), BK Energy, 2019
• CFD-based analysis of hot cell internal airflow characteristics and development of related tools, KAERI, 2019
• Improved turbulence wall function and numerical algorithm for containment building analysis, KAERI, 2019
• Development of multi-dimensional hydrogen combustion analysis GUI, KAERI, 2017
• Development of OpenFOAM program for circuit breaker, KERI, 2016
• PPS heat flow analysis, Hyundai Heavy Industries, 2016
• CFD Analysis of Tancheon and Jungrang Water Reclamation Center Total Phosphorus Treatment Facility, Kolon e-Engineering, 2016
• Developed multiphase flow base module for filtration bed analysis, STI C&D, 2015
• Developed CDA system performance analysis program, Daejoo Machinery, 2015
• Developed GUI program for OpenFOAM, Doosan Heavy Industries & Construction, 2015
• OpenFOAM flow field analysis for MCT temperature measurement system verification, KAERI, 2015
• Heat exchanger heat flow analysis, KAERI, 2014
• OpenFOAM Solver / GUI Development – Mixer / Dryer, LG Chem, 2014
• Established a web-based forecasting system for airborne spread of livestock viruses, National Agricultural and Forestry Meteorological Center, 2012
• Established HRSG inlet duct / enclosure heat flow analysis process, the Daesung, 2012

    🔹 Construction / Civil Engineering

• Automated pre-feasibility analysis of vortex inlet CFD analysis, KICT, 2024
• PSD Wind Pressure Analysis for Gyumdan Station, God, 2024
• PSD Wind Pressure Simulation of Gumi Station, Daegu Metropolitan Area Railway, God, 2024
• Daejeon Dunsan-dong Grand Lepierre Stack Effect Analysis, Lepierre Dunsan PfV, 2024
• Manufacture of dynamic control test device for underwater tunnel erosion construction and development of integrated construction system software for underwater tunnel, Daewoo E&C, 2023
• Khor Al Zubair Immersed Tunnel in Iraq, CFD analysis of ventilation and temperature during immersed tunnel construction, Daewoo E&C, 2023
• Tortoise wire sensor and Simulink function block, Daewoo E&C, 2021
• CFD analysis program development using OpenFOAM, Jusung G&B, 2021
• Developed a test device to simulate underwater tunnel erosion construction method, Daewoo E&C, 2021
• Development of video measurement program, Daewoo E&C, 2021
• Development of 2D vortex vibration analysis software, Daewoo E&C, 2020
• Analysis Stack Effect of 1390-2 Joyang-dong, Sokcho-si, Find Architectural Office, 2018
• Wind-resistant design program production, Daewoo E&C, 2017
• Development of wind environment analysis program using digital map, Daewoo E&C, 2017
• Cheongju Bukmun-ro residential complex stack effect analysis, Sun Architects & Engineers, 2017
• Development of underwater pipeline analysis program, Daewoo E&C, 2015
• CFD simulation verification for data center air conditioning analysis, Onion Software, 2015
• Development of computational wind tunnel for building wind pressure analysis, Ministry of SMEs and Startups, 2015
• Development of tunnel fire analysis program, NEXT E&S, 2014
• Simulation of mixing using in pipe using OpenFOAM, KR, 2014
• Analyze the effect of reducing the temperature inside the tunnel by operating the water mist facility, EEUM Engineering, 2011

• Development of AI-based crowd accident prediction and real-time response platform technology, Korea Creative Content Agency, 2024
• Quantum technology-based data center air conditioning design simulation demonstration, SQK, 2024
• Research on establishment of realism-based advanced fire training system, Korea Fire Service, 2024
• Development of KIMM-Flow compressible solver, KIMM, 2024
• Development of a framework for constructing Reduced Order Model based on Proper Orthogonal Decomposition and Artificial Neural Network for developing real-time simulator of fluid flow, KOITA, 2021
• Large-scale flow analysis study using OpenFOAM for efficient wind farm construction, KISTI, 2021
• Thermal fluid analysis of battery charging room, God, 2024
• Establishment of pilot environment for non-autonomous data service, Kumoh National Institute of Technology, 2024
• Thermal flow analysis and heat transfer analysis of fluid inside heat transfer roller, God, 2023
• Battery management system board manufacturing and technology development, Kyungin Tech, 2023
• Development of KIMM-Flow package file for Windows, KIMM, 2023
• Development of additional function of image detection/tracking S/W program among KR components, Kyungin Tech, 2023
• Mixing system computational fluid analysis simulation, Meditox, 2021
• Advanced content production to revitalize the computational science and engineering fluid analysis community, KISTI, 2021
• Video tracking software development, Kyungin Tech, 2020
• Install and register OpenFOAM, an open source computational software to activate EDISON research community, KISTI, 2020
• Development of technology and interface for connecting computational science platform and Unit 5 super computer, KISTI, 2019
• Development of KIMM-Flow analysis module and modified GUI, KIMM, 2019
• CFD heat flow analysis of heat exchanger, RIST, 2019
• Developed CFD program based on OpenFOAM, KIMM, 2018
• Flow analysis of vortex shedding phenomenon in thermowell, Doogwang MFG, 2018
• Research on development of meshless computational fluid dynamics analysis software, Korea Advanced Institute for Civil-Military Cooperation, 2018
• Performance optimization, solver improvement and user environment development for supercomputer utilization of OpenFOAM, KISTI, 2018
• Development of web-based UI platform for HPC utilization of open source computational fluid dynamics library, NIPA, 2015
• Development of automation system for customized design of product process, KISTI, 2015
• Research on optimal shape design method for high temperature valve, Hanbat University, 2015
• Analyze air flow in the space for decontamination, Samyang Chemical, 2014
• Openfoam manual production, KISTI 2014
• Analyze gas flow in dry decontamination chamber, Samyang Chemical, 2012
• Compressor/Turbine Analysis Program Development, STX Institute of Technology, 2012