Aerospace Computational Modeling Lab.
- Aerospace Computational Modeling Lab.
- Composite Structures Lab.
- Design Optimization and Health Management Lab.
- Distributed Aerospace Systems and Control Lab.
- Flight Dynamics and Control Lab.
- Flow Information Lab.
- Image Processing and SoC Lab.
- Propulsion and Energy Systems Lab.
- Rotorcraft Aerodynamics and Noise Lab.
Myong, Rho Shin ProfessorHomepage- MajorAerodynamics and Design, Electric Aircraft, Spaceplane, Space Science
- 연구실Room 810, Bldg. 407
Research Area
- Aerodynamic Analysis and Design (Applied Aerodynamics)
- Computational Fluid Dynamics (CFD)
- Spaceplane, Space propulsion, Planetary Landers, Space Science, Non-Equilibrium Fluid Dynamics (Rarefied, Hypersonic, Micro/Nano Scale Gases)
- In-flight Icing, Lightning, RF/IR Stealth for auto and Vertical Lift Aircraft
- Electric Aircraft
Introduction to the lab.
The main focus of the laboratory (ACML) is to study the problems arising in the design and analysis of the aerospace system using computational techniques. Of particular interest are interdisciplinary studies that bridge theoretical and numerical approaches, providing innovative methods and new insight into physics. Some of the research topics in computational problems associated with aerospace sciences and engineering are as follows:
1) Computational models and CFD for solving new fluid flow and heat transfer problems and combination with AI and quantum computing
(spaceplanes, planetary landers, hypersonic vehicles, rarefied and microscale gases, space environmental modeling, etc.)
2) (Hydrogen fuel cell electric) aircraft aerodynamic design, noise, in-flight icing, lightning
3) Survivability, RF/IR stealth, and noise reduction for auto and vertical lift aircraft.
To learn more about our research, please visit our lab’s website: http://acml.gnu.ac.kr/
