Major 

Computational Fluid Dynamics in Naval Architecture and Ocean Engineering
 
 
 Research Interests

- LES around Ship in motion
- Development of Digital Wave Tank Simulation Techniques
- Tsunami Simulations using a CFD technique
- Development of Simulation Equipments of Marine Environments in 3D Numerical Wave Tank using CFD Simulation Technique
- Tidal Simulation Deliberating on Coastal Environmental Control
- CFD Simulation of Three-Dimensional Ship Motion
- Numerical Simulation for the Wave-Wake-Body Interactions around a Submarine Cable Line in Motion by CFD
- Numerical Prediction of Nonlinear Hydraulics on the Arctic Structures
- Numerical Study on 3D Wave Breaking Phenomena around 3D Arbitrary-Shaped Body by Using CFD
- Simulations of Wave-Wake Interactions around a Body of Revolution Advancing beneath the Free-Surface
  
 
 Education 

- Graduate Degree (Ph.D.)

Major: Naval Architecture and Ocean Engineering, University of Tokyo, Japan
Graduation Date: September 1994
Dissertation: A Computational Study on Three-Dimensional Nonlinear Waves Caused by Breaking Waves (in Japanese)
Supervisor: Prof. Hideaki Miyata

- Graduate Degree (M. S.)

Major: Naval Architecture and Ocean Engineering, University of Tokyo, Japan
Graduation Date: September 1991
Thesis: An Experimental and Computational Study on the Viscous Flow with the Free-Surface by a Finite-Difference Method (in Japanese)
Supervisor: Prof. Hideaki Miyata

- Undergraduate Degree (B. S.)

Major: Naval Architecture, Inha University, Korea
Graduation Date: February 1989
 
 
 Selected Publications 
  1. J.-C. Park, M.-H. Kim & H. Miyata (2003), "Fully Nonlinear Numerical Wave Tank (NWT) Simulations and Wave Run-up Prediction Around 3-D Structures", Ocean Engineering, vol.130, pp.1969-1996.
2. Y. Uno, J.-C. Park & H. Miyata(2002), "Development of Simulation Equipment of Marine Environments in Numerical Wave Tank", J. of The Society of Naval Architects of Japan, vol.191, pp.25-34. (Japanese)
3. J.-C. Park, M.-H. Kim & H. Miyata(2001), "3D Numerical Wave Tank Simulations on the Fully Nonlinear Wave-Current-Body Interactions", J. Marine Science and Technology, Japan, vol.6-2, pp.70-82.
4. J.-C. Park & H. Miyata (2001), "Ship Motion Simulation in Directional Waves Using a 3D Numerical Wave Tank Simulation Technique", International Journal of Ocean Engineering and Technology, Korea, vol.4-2, pp.1-5.
5. J.-C. Park, H. Miyata, T. Ooga & K. Gotoda (2001), "Motion Simulation of a Sailing Boat in Oblique Waves with Three Degrees of Freedom", J. Society of Naval Architects Japan, vol.190, pp.191-199. (Japanese)
6. M.-H. Kim, J.M. Niedzwecki, J.M. Roesset, J.-C. Park & A. Tavassoli (2001), "Fully Nonlinear Multdirectional Waves by a 3-D Viscous Numerical Wave Tank", J. of Offshore Mechanics and Arctic Engineering, Vol.123-3, pp.124-133.
7. J.-C. Park and H. Miyata (2001), "Numerical Simulation of Fully-Nonlinear Wave Motions around Arctic and Offshore Structures", J. of The Society of Naval Architects of Japan, Vol.189, pp.13-19.
8. J.-C. Park (2001), "A Numerical Study on Flow Field around a Tidal-Jet-Generator Deliverating over Coastal Environmental Control", J. of The Society of Naval Architects of Japan, Vol.189, pp.111-117.

  
 
 Professional Experiences 

- Mar. 2003 present : Assistant Professor at Pusan National University, Korea
- April 2000 Feb. 2003 : Research and Lectural Associate at University of Tokyo, Japan
- Mar. 1999 Mar. 2000 : Visiting Scientist at Port and Harbor Research Institute, Japan
- Nov. 1994 present : Commission Researcher at Inha University, Korea
- Aug. 1996 Mar. 1999 : Research Associate at Texas A&M University, USA
- Oct. 1995 Jul. 1996 : Senior Researcher at Korea Research Institute of Ship and Ocean Engineering (KRISO), Korea
- Mar. 1995 Sep. 1995 : Served in the Army of Korea
- Dec. 1994 Mar. 1995 : Researcher at KRISO, Korea
  
 
 Professional Societies & Activities 

  
 
 Honors and Awards 

- Honored by Inui Prize from the Society of Naval Architects of Japan, Jul. 1995
  
 
 International Joint Research & Activities