Corner separation & casing treatments
Flow structures associated with cascade losses and compressor stall.
TURBOMACHINERY · TURBULENCE · CFD
From flow physics
to engineering insight.
From compressor and turbine aerodynamics
to unsteady flows, noise, and turbulence.
We investigate complex flows through high-fidelity simulation
and study engineering problems in turbomachinery and aerospace systems.
FLOW PHYSICS / ENGINEERING INSIGHTLES VIDEO
OUR RESEARCH
Understanding the flows
that shape performance.
01
TURBOMACHINERY & AERODYNAMICS
Turbomachinery & Aerodynamics
From compressors and turbines to aerospace aerodynamics, we study flows that govern performance and losses.
02TURBULENT FLOWS
Turbulent Flows
We investigate turbulent structures, transition, and transport to understand the physics of flow control.
03CFD & FLOW ANALYSIS METHODS
CFD & Flow Analysis Methods
We connect numerical simulation and physical modeling with structural and modal analysis.
FROM PHYSICS TO ENGINEERING
Connecting engineering questions
with high-fidelity simulation.
Explore our turbulence research and the PI’s prior industrial research experience in turbomachinery and aerospace.
View public research records ↗Combustor–turbine interactions
Hybrid RANS/LES analysis of complex unsteady flows.
Flow fluctuations & noise generation
From prior engine and HVAC analysis to recent compressor flow and noise research.
RECENT PUBLICATIONS · 2025–2026
Explore Our Recent Research.
International Journal of Precision Engineering and Manufacturing · Online First
Unsteady Multiphase CFD Analysis of Slurry Flow in a 300 mm CMP System: Effect of Rotation Speed and Slurry Flow Rate
We examine slurry transport and multiphase flow near the wafer as rotation speed and flow rate vary.
View paper ↗Physics of Fluids 37, 075144
Drag reduction mechanism in turbulent Couette flow with spanwise-aligned superhydrophobic surface texture
We investigate drag-reduction mechanisms in turbulent Couette flow over spanwise-aligned superhydrophobic textures.
View paper ↗한국가시화정보학회지 23(3), 148–158
수소 제트의 비정상 확산 특성에 대한 유속 및 비활성 가스 퍼지 조건의 영향
We study how release velocity and nitrogen purging affect transient hydrogen dispersion and dilution.
View paper ↗한국가시화정보학회지 23(1), 37–45
용적형 수소 압축기의 배출 유동에 관한 LBM 기반 유동 및 소음 해석
We examine flow and noise in a hydrogen compressor’s valve, jacket, and discharge pipe.
View paper ↗RESEARCH WITH US
Let’s explore
the next question together.
Physical understanding and analytical skills for students.
Evidence for engineering decisions in industry.