Thesis

PH.D.

• SungKi Jung, Numerical Modeling of Aircraft Icing and  Static Fluid-Structure Interaction Using CFD-Based Simulation Methods, Gyeongsang National University, 2011. 08., South Korea.

M.E.

• • SungKi Jung, A Numerical Study for a Flow Mechanism Generating Asymmetric Vortices around an Ogive-Cylinder Configuration at High Angle of Attack, Gyeongsang National University, 2006. 08., South Korea.

B.E.

1. 1. Juan Diego de Paula Rollemberg, Conceptual Design of a Solar Powered Airplane for Medical Care Assistants, 2020, UFABC 

   2. Tayanne Caroline Alves, Fluid Dynamics Analysis and Optimization of a Transonic Compressor Cascade, 2019, UFABC 

   3. Henrique Lopes de Castro, Numerical Investigation of the Drag Divergence Mach Number Effects on a Three Dimensional Wing via Boundary Layer Control, 2018, Universidade Federal do ABC, Brazil.

   4. Herbert Jundy Yoshioka, Regional Turbopropeller Civil Aircraft Development Considering the Domestic Flight in Brazil, 2018, Universidade Federal do ABC, Brazil.

   5. Lucas Almeida Prati, Numerical Study of Drag Divergence Mach Number via Boundary Layer Control, Universidade Federal do ABC, 2016. 12., Brazil.

Invited Talk

1. 1. Introduction of AI-accelerated CFD and its practical application, Gyeongsang National University, Jinju, South Korea Jan. 2023

   2. Applications of Meta model for Rotorcraft Icing, Gyeongsang National University, Jinju, South Korea Dec. 2022

   3. An Implementation of Metamodel for Rotorcraft engine air intake, Gyeongsang National University, Jinju, South Korea Jan. 2022

   4. CFD-based Multidisciplinary Studies in Applied Aerodynamics, Department of Aerospace Engineering and Applied Mechanics, Indian Institute of Engineering Science and Technology, Shibpur, West Bengal, India, Mar. 2021.

   5. Working in the Aerospace Engineering, Federal University of ABC, Sao Bernardo do Campo, Brazil, Nov., 2019.

   6. Aerodynamics and Its Multidisciplinary Approaches Based on the Computational Fluid Dynamics, Federal University of ABC, Santo Andre, Brazil, Jul., 2015.

   7. Unstructured Mesh-based CFD Architecture, NextFoam, Seoul, South Korea, Nov., 2012.

   8. Flow Analysis and Design Using Computational Fluid Dynamics, Gyeongsang National University, Jinju, South Korea, Sep., 2012.

   9. Atmospheric Ice Accretion on Wind Turbine Blades: Numerical Modeling and Anti/De-Icing, Samsung Heavy Industries, Geoje, South Korea, Jul., 2011.

   10. FENSAP-ICE Manual, Korea Aerospace Industries, LTD., Sacheon, South Korea, May, 2010. 

Book chapter

• • R.S. Myong et al.(S.K. Jung), Numerical Simulation and Meta Model of Rotorcraft Electrothermal Ice Protection Systems, In W.G. Habashi (Ed.), Handbook of Numerical Simulation of In-Flight Icing, Springer Nature, (2023).

Journals (Peer-Reviewed)

1. 1. S.K. Jung, et al., Metamodel-Based Evaluation of Electrothermal Anti-Icing Systems for Rotorcraft Engine Air Intakes Under All Icing Conditions, will be submitted, (2025).

   2. S.K. Jung, et al., A Relaxation Model for Pressureless Air-Mixed Droplet Flow in Atmospheric Icing, AIAA Journal, accepted, (2025).

   3. S.K. Jung, et al., Performance Evaluation of Electrothermal Anti-icing Systems for a Rotorcraft Engine Air Intake Using a Meta Model, Aerospace Science and Technology, 106(2020) 106174.

   4. S.K. Jung, et al., A Relaxation Model for Numerical Approximations of the Multidimensional Pressureless Gas Dynamics System, Computer and Mathematics with Applications, 80(5)(2020) 1073-1083. 

   5. S.K. Jung, et al., An Implementation of Self Organizing Maps for Airfoil Design Exploration via the Multi-Objective Optimization Technique,  J. of Aero. Tech. and Mana., 8(2)(2016) 193-202.

   6. S.K. Jung, A Computational Modeling for Semi-Coupled Multiphase Flow in Atmospheric Icing Conditions, J. of Aero. Tech. and Mana., 7(3)(2015) 351-364.

   7. S.K. Jung, et al., A Second-Order Positivity-Preserving Finite Volume Upwind Scheme for Air-Mixed Droplet Flow in Atmospheric Icing, Computers & Fluids, 86(2013) 459-469.

   8. Y.R. Yang et al.(S.K. Jung), Aerodynamic Shape Optimization System for Range Maximization of a Guided Missile Using Trajectory-Dependent Aerodynamic Coefficients, J. of Spacecraft and Rocket, 49(2)(2012) 243-249.

   9. S.K. Jung, et al., An Efficient CFD-Based Method for Aircraft Icing Simulation Using a Reduced Order Model, J. of Mech. Sci. and Tech., 25(3)(2011) 703-711.

   10. S.K. Jung, et al.,  An Airfoil Shape Design using the Real-Coded Adaptive Range Multi-Objective Genetic Algorithm and PARSEC Method, Proceeding Series of the Brazilian Society of Computational and Applied Mathematics, 4(1)(2016) 1-7.

   11. W. Choi, et al. (S.K. Jung), Multi-Objective Optimization of Flexible Wing Using Multidisciplinary Design Optimization System of Aero-Non Linear Structure Interaction Based on Support Vector Regression, J. of the Korean Soc. for Aero. and Space Sci., 43(7)(2015) 601-608.

   12. K.Y. Jung, et al. (S.K. Jung), A Three-Dimensional Unstructured Finite Volume Method for Analysis of Droplet Impingement in Icing,  J. of Cormp. Fluid Eng., 18(2)(2013) 41-48.

   13. S.K. Jung, et al., A Study on Real-Coded Adaptive Range Multi-Objective Genetic Algorithm for Airfoil Shape Design, J. of the Korean Soc. for Aero. and Space Sci., 41(7)(2013) 509-515.

   14. G.B. Ahn, et al. (S.K. Jung), Investigation of the Performance of Anti-Icing System of a Rotorcraft Engine Air Intake, J. of the Korean Soc. for Aero. and Space Sci., 41(4)(2013) 253-260.

   15. S.K. Jung, et al., Eulerian-based Numerical Modeling for Impingement Prediction of Supercooled Large Droplets,J. of the Korean Soc. for Aero. and Space Sci., 40(8)(2012) 647-654.

   16. K.Y. Jung, et al. (S.K. Jung), Computational Prediction of Ice Accretion around Air Intake of Rotorcraft,  J. of Cormp. Fluid Eng., 17(2)(2012) 100-106.

   17. S.K. Jung, et al., A Study on Truncated Flapped Airfoil for Efficient Icing Wind Tunnel Test, J. of the Korean Soc. for Aero. and Space Sci., 39(6)(2011) 481-486.

   18. S.K. Jung, et al., An Investigation of Icing Effects on the Aerodynamic Characteristics of KC-100 Aircraft, J. of the Korean Soc. for Aero. and Space Sci., 38(6)(2010) 530-536.

   19. S.K. Jung, et al., An Eulerian-Based Droplet Impingement and Ice Accretion Code for Aircraft Icing Prediction, J. of Cormp. Fluid Eng., 15(2)(2010) 71-78.

   20. Y.R. Yang et al. (S.K. Jung), Numerical Study on the Aerodynamic Behavior of a Projectile with a Triangular Ballute,J. of the Korea Institute of Military Sci. and Tech., 12(6)(2009) 808-814.

   21. S.K. Jung, et al., Efficient Analysis of the Aerodynamic Characteristics of Rotor Blade Using a Reduced Order Model Based on Proper Orthogonal Decomposition Method, J. of the Korean Soc. for Aero. and Space Sci., 37(11)(2009) 1073-1079.

   22. S.K. Jung, et al., An Efficient Global Optimization Method for Reducing the Wave Drag in Transonic Regime, J. of the Korean Soc. for Aero. and Space Sci., 37(3)(2009) 248-254.

   23. S.K. Jung, et al., A Static Fluid-Structure Interaction Analysis System Based on the Navier-Stokes Equations for the Prediction of Aerodynamic Characteristics of Aircraft, J. of the Korean Soc. for Aero. and Space Sci., 36(6)(2008) 532-540.

   24. A.D. Hoang, et al. (S.K. Jung), Development of a Three-Dimensional Multi-Block Structured Grid Deformation Code for Complex Configurations, J. of Cormp. Fluid Eng., 12(4)(2007) 1-10.

   25. S.K. Jung, et al., A Numerical Study on the Characteristics of Asymmetric Vortices and Side Forces on Slender Bodies at High Angle of Attack, J. of Cormp. Fluid Eng., 11(3)(2006) 22-27.

   26. S.E. Je, et al. (S.K. Jung), A Numerical Study on Aerodynamic Characteristics of a Rotating Parachute in Steady Descending Motion, J. of Cormp. Fluid Eng., 11(1)(2006) 52-56.

Patents

• • S.K. Jung, Analysis Method of Droplet Interaction Based on Eulerian for Impingement Prediction of Supercooled Large Droplets, 10-2013-0041500, 2014.

Conference

International

1. S.K. Jung, et al., Eulerian Approach for Pressureless Air-Mixed Droplet Flow in Atmospheric Icing, AIAA-2025-3859, AIAA 2025 Aviation Forum.

2. W. Choi, et al. (S.K. Jung), Torque Variations due to Ices Accumulated on the Rotor Blade in Hovering Motion, AIAA-2024-4534, AIAA 2024 Aviation Forum.

3. S.K. Jung, et al.,  Fast and Accurate Strategies for CFD-based Aerodynamic Shape Exploration in a System of Multi-Objective Evolutionary Algorithm, AIAA-2023-1846, AIAA SciTech 2023 Forum, Maryland, U.S.A., Jan. 2023.

4. S.K. Jung,  An Implementation of the Weighted Essential Non-Oscillatory Scheme for Numerical Approximations of the Pressureless Gas Dynamics Equations, J. Phys.: Conf. Ser. 1365 012005.

5. K.Y. Jung, et al. (S.K. Jung), A Three-Dimensional Unstructured Finite Volume Method for Droplet Impingement in Aircraft Icing, AIAA-2013-2576.

6. S.K. Jung, et al.,Numerical Modeling for Eulerian Droplet Impingement in Supercooled Large Droplet Conditions,AIAA-2013-0244.

7. S.K. Jung, et al., Development of Eulerian Droplets Impingement Model Using HLLC Riemann Solver and POD-Based Reduced Order Method, AIAA-2011-3907. 

8. S.K. Jung, et al., Efficient Prediction of Ice Shapes in CFD Simulation of In-Flight Icing Using a POD-Based Reduced Order Model, SAE-2011-38-0032.

9. Y.R. Yang, et al. (S.K. Jung), An Aerodynamic Shape Optimization Study to Maximize the Range of a Guided Missile, AIAA-2010-4240.

10. S.K. Jung, et al., Ice Accretion Effect on the Aerodynamic Characteristics of KC-100 Aircraft, AIAA-2010-1237.

11. O.R. Silva, et al. (S.K. Jung),  An Efficient Multi-Objective Optimization Strategy Using the Self-Organizing Maps for Airfoil Shape Design, 25th ABCM International Congress of Mechanical Engineering (COBEM 2019), (Oct. 20-25, 2019), Uberlandia, MG, Brazil. 

12. S.K. Jung, High-Order Numerical Approach for Computational Model of the Pressureless Gas Dynamics Equations, 6th Int. Conf. on Nonlinear Sci. and Complexity, (May 16-20, 2016), Sao Jose dos Campos, Brazil.

13. K.B. Ahn, et al. (S.K. Jung), Identification of Critical In-Flight Icing Conditions on Helicopter Air Intakes Using CFD Simulation, 1st Asian Australian Rotorcraft Forum and Exhibition (2012), Busan, Republic of Korea.

14. S.K. Jung et al., Efficient Analysis on the Aerodynamic Characteristics of Rotor Blade Using the Proper Orthogonal Decomposition Method, Proc. of the 6th Asian-Pacific Conf. on Aero. Tech. and Sci. (2009), Hoangsan, China. 

15. S.K. Jung et al., An Investigation of Aerodynamic Characteristics of KC-100 Aircraft Due to Ice Accretion, Asia-Pacific Int. Symp. on Aero. Tech. (2009), Gifu, Japan.

16. A.D. Hoang, et al. (S.K. Jung), A Three-Dimensional Moving Structured Mesh for Aerodynamic Design Optimization,ACFD7 (2007), India.

17. A.T. Nguyen, et al. (S.K. Jung), Assessment of Genetic Algorithms for Optimization Problems in Aerodynamic Shape Design, Parallel CFD 2007 (2007), Turkey.

Domestic

1. 1. H.B. Shin, et al. (S.K. Jung), Study on Aircraft Configuration Optimization using Surface Mesh Morphing, 2014 Korea Society of Comp. Fluid Eng. Fall Conference (Nov. 2014).

   2. S.K. Jung, et al. A Numerical Study of the Droplet Equations Using High-Order WENO Scheme in Atmosphere Icing Conditions, 2014 Korea Society of Comp. Fluid Eng. Spring Conference (May 2014).

   3. P. Raj, et al. (S.K. Jung), A Finite Volume Method for 3-D Droplet Impingement in Supercooled Large Droplet Icing Conditions, 2014 Korea Society of Comp. Fluid Eng. Spring Conference (May 2014).

   4. H.B. Shin, et al. (S.K. Jung), Development of CFD S/W for Aircraft Aerodynamic Analysis, 2014 SASE Spring Conference (May 2014).

   5. H.H. Jeong, et al. (S.K. Jung), A Study on the Stall Characteristics Improvements for the KC-100 Airplane, 2014 SASE Spring Conference (May 2014).

   6. H.B. Shin, et al. (S.K. Jung), Development of Compressible Implicit CFD S/W Based on OpenFOAM, 2013 Korea Society for Aero. and Space Sci. Fall Conference (Nov. 2013).

   7. E.H. Seo, et al. (S.K. Jung), A Combined RCS and Drag Optimization for Stealth Wing Design, 2011 Korea Society of Comp. Fluid Eng. Fall Conference (Nov. 2011).

   8. G.H. Noh, et al. (S.K. Jung), A Study on Aerodynamic Characteristics of the First Domestic Aircraft, the Buhwalho,2011 Korea Society for Aero. and Space Sci. Fall Conference (Nov. 2011).

   9. G.Y. Jung, et al. (S.K. Jung), Computational Prediction of Ice Accretion Around Air Intake of Aircraft, 2011 Korea Society of Comp. Fluid Eng. Spring Conference (May 2011).

   10. K.B. Ahn, et al. (S.K. Jung), A Study on the Performance of Anti-Icing Equipment Around Aircraft Air Intake, 2011 Korea Society for Aero. and Space Sci. Fall Conference (Apr. 2011).

   11. S.K. Jung, et al., A Prediction of Ice Using Unstructured CFD Method, 2010 Korea Society of Comp. Fluid Eng. Fall Conference (Nov. 2010).

   12. C.H. Lee, et al. (S.K. Jung), Optimization Flap Design of Truncated Airfoil for Icing Test, 2010 Korea Society of Comp. Fluid Eng. Fall Conference (Nov. 2010).

   13. Y.R. Yang, et al. (S.K. Jung), Range Sensitivity Analysis for a Guided Missile, 2010 Korea Institute of Military Sci. and Tech. Conference. (Jun. 2010).

   14. C.H. Lee, et al. (S.K. Jung), Icing Effects on Aerodynamic Characteristics of the Main Wing Section of KC-100 Aircraft, 2010 Korea Society of Comp. Fluid Eng. Spring Conference (May 2010).

   15. S.K. Jung, et al., Eulerian-Based Analysis System for Simulation of Airfoil Icing, 2010 Korea Society of Comp. Fluid Eng. Fall Conference (May 2010).

   16. G.R. Park, et al. (S.K. Jung), An Integrated System for Computational Aerodynamic, Structural, and RF Stealth Analysis, 2010 Korea Society of Comp. Fluid Eng. Fall Conference (May 2010).

   17. S.M. Shin, et al. (S.K. Jung), An Icing Analysis of the Main Wing Section of KC-100 Aircraft, 2010 Korea Society for Aero. and Space Sci. Spring Conference (Apr. 2010).

   18. S.Y. Je, et al. (S.K. Jung), Modeling of Deformed Grid Due to Ice Accretion, 2009 Korea Society for Aero. and Space Sci. Fall Conference (Nov. 2009).

   19. Y.R. Yang, et al. (S.K. Jung), A Numerical Study on the Aerodynamic Behavior of a Projectile with a Triangular Ballute for a Trajectory Prediction, 2009 Korea Institute of Military Sci. and Tech. Conference. (Aug. 2009).

   20. S.K. Jung, et al., An Investigation of Aerodynamic Characteristics of Guided Missile Using Static Fluid-Structure Interaction Analysis, 2009 Korea Institute of Military Sci. and Tech. Conference. (Aug. 2009).

   21. S.K. Jung, et al., A CFD Analysis of Effects of Ice Accretions on Characteristics of Stall and Drag in Airfoil Aerodynamics, 2009 Korea Society of Comp. Fluid Eng. Spring Conference (Apr. 2009).

   22. S.Y. Je, et al. (S.K. Jung), A Study on a Grid Deformation Using Radial Basis Function, 2009 Korea Society of Comp. Fluid Eng. Spring Conference (Apr. 2009).

   23. Y.M. Lee, et al. (S.K. Jung), Structural Deformation Effect on the Aerodynamics of a Wing with Winglets, 2009 Korea Society of Comp. Fluid Eng. Spring Conference (Apr. 2009).

   24. Y.M. Lee, et al. (S.K. Jung), A Study on the Aerodynamic Characteristics of Deformable Helicopter Rotor Blades in Hovering and Forward Flight Motion, 2008 Korea Society for Aero. and Space Sci. Fall Conference (Nov. 2008).

   25. S.K. Jung, et al. A Study on Aerodynamic Airfoil Shape Design Using Adaptive Range Genetic Algorithm in Transonic Regime, 2008 Korea Society for Aero. and Space Sci. Fall Conference (Nov. 2008).

   26. J.H. Park, et al. (S.K. Jung), A Study on Aerodynamic Characteristics of Triangular Shape Ballute and Development of Trajectory Simulation Program, 2008 Korea Institute of Military Sci. and Tech. Conference. (Aug. 2008).

   27. S.K. Jung, et al. A Study on Optimal Aerodynamic Shape of Airfoil Using a Genetic Algorithm, 2008 Korea Society of Comp. Fluid Eng. Spring Conference (Mar. 2008).

   28. J.H. Lee, et al. (S.K. Jung), A Research of the Aerodynamic Characteristics of the Aircraft Considering the Structural Deformation, 2007 Korea Society for Aero. and Space Sci. Fall Conference (Nov. 2007).

   29. S.E. Je, et al. (S.K. Jung), Aerodynamic Prediction and 9 DOF Simulation of Rotating Parachute Systems, 2005 Korea Society for Aero. and Space Sci. Spring Conference (Apr. 2005).

   30. S.K. Jung, et al. A Computational Analysis of the Asymmetric Vortex Flow and the Side Force Development around a Missile with Ogive-Cylinder Nose at High Angle of Attack, 2004 Korea Society for Aero. and Space Sci. Fall Conference (Nov. 2004).

   31. S.K. Jung, et al. A Computational Study of Aerodynamic Characteristics for Three Dimensional Wing in Oscillatory Motion Using Unsteady Vortex Panel Method, 2003 Korea Society for Aero. and Space Sci. Fall Conference (Nov. 2003).

Blog

• L. A. Prati, et al. (S.K. Jung), A Shock Capture on the RAE2822 Transonic Airfoil, 2016, ATS4i Blog, http://www.ats4i.com.br/a-shock-capture-on-the-rae2822-transonic-airfoil/