I have joined IIESTS in April 2019. Before that, I worked as a researcher for one year and six months with the Research Center for Aircraft Core Technology, Gyeongsang National University, South Korea. I did my PhD from the Department of Mechanical and Aerospace Engineering, Gyeongsang National University, South Korea. During my Ph.D., I studied fluid dynamics theories, mathematical modelling of droplet physics and atmospheric icing physics, numerical modelling of various partial differential equations (PDE), parallel computation, and various applications on aircraft. In particular, I focused on the mathematical modelling of supercooled large droplet impingement behaviour and ice accretion on the aircraft surface. Moreover, a few of my research focused on implementing parallel computation for the Discontinuous Galerkin Method (DGM) and FVM. My research interests are in mathematical modelling and simulation applied to fluid dynamics, multiphase flow, icing physics, and parallel computation.
Learning by doing is the best way of conducting research.
Research:
Numerical Studies of Transcritical-Supercritical Combustion and Cooling [both film cooling and regenerative cooling] in Methane/Oxygen Rocket Engine for Future Human Mars Mission
Research:
Multiphase flow phenomena of liquid methane in cooling of rocket engines
Research:
Development of Modal Discontinuous Galerkin Method for Maxwell Equations and its application on RCS
Research:
Numerical Simulation of plug nozzle
Research:
Simulation of high lift device aerodynamics
Research:
Experimental and numerical simulation of Multiphase flow phenomena of impinging objects on water surface
Research:
Development of computational model for hybrid ice protection system
Research:
Numerical Simulation of Multi-Element Airfoil for various Conditions
Research:
Numerical investigating of hydrodynamics on a slope bed
Created: 23 November 2019
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