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We combine experiments with simulation to validate computational models and translate fluid engineering knowledge into practical medical and industrial solutions.
This includes in vitro flow experiments, PIV and measurement-based studies, and application-driven research that connects laboratory findings with real-world systems and clinical or industrial needs.
Key Topics
Key Topics
Experimental verification of CFD results
Flow measurement and performance testing
Comparison between simulation and physical observation
Model refinement based on experimental data
Translation of engineering analysis into practical applications
Representative Applications
Representative Applications
In vitro vascular and thrombosis experiments
Pump and fluid system performance testing
Flow measurement for validation of design modifications
Application-oriented biomedical and industrial problem solving
Tools and Methods
Tools and Methods
Bench-top flow experiments
Pressure, flow rate, and waveform measurement
Quantitative comparison between experiments and simulations
Integrated computational–experimental research workflow
Research Projects
Research Projects
PIV visualization of the velocity vector of an electric hubless rim-driven propeller
Analysis of Flow Pattern in Pseudoaneurysm
Thrombosis and thromboembolism using human plasma
In Vitro Analysis of Renovated Double J Stent for Urine Drainage Performance
Flow Information Lab
School of Aerospace Engineering,
Gyeongsang National University
501, Jinju-daero, Jinju-si, Gyeongsangnam-do, 52828
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