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Turbulence in Hydro/Aerodynamics for Engineering-Oriented Research & TechnologY Lab.

Research

Research

Projects

Analysis and Improvement of Aero-thermal Dynamics Related to Fire Fighting Unmanned Aerial Vehicles, Funded by GIST, 2019-2020

Active Flow Control Actuators for Next-Generation Rotorcraft Main-Rotor Blades, Funded by ADD, 2017 – 2020

Combustion-Powered Actuation for Flow Separation Control, Funded by NRF of Korea, 2017 – 2020

Transition Prediction and Control for High-Speed Boundary Layers, Funded by NRF of Korea, 2017 – 2020

HD Haptics Technology for Hyper Reality Contents, Funded by IITP of Korea, 2017 – 2019

Development of Research Environment for Theoretical and Computational Studies on Fluid Dynamics, Funded by GIST, 2016 – 2018

Advanced Fluid Dynamics, Funded by GIST, 2017

Flow Separation on Suppresion with Combustion-Powered Actuation, HPC resource from KISTI, 2017

Prediction of Boundary Layer Transition Using Large-Eddy Simulation and the Boundary-Layer Stability Theory, HPC resource from KISTI, 2017

A Unifed Transition-Turbulence Model for High-Fidelity Rotorcraft Simulation, Funded by U. S. Army, 2015-2017

Large-Eddy Simulation (LES) for Next-Generation Turbine Design, Funded by UTRC, 2015-2016

Boundary-Layer Forcing Technique for LES, Funded by UTRC, 2015

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