References
- Proc. of Workshop on 21C Flying Ships Prandolini L. J. (ed.)
- Proc. of Workshop on Ekranoplans Very Fast Craft Prandolini L. J. (ed.)
- Proc. of Workshop on WISE up to Ekranoplans GEMs Prandolini L. J. (ed.)
- Proc. of Int. Conference on WIG Effect Craft, RINA
- Journal Ocean Engineering and Technology v.9 no.2 A Study on Free Surface Effest of 2-D Airfoils Park I. R.;Chun H. H.
- Journal Ocean Engineering and Technology v.9 no.2 Numerical Simulation of Unsteady Performance for 2-D Surface Effest Airfoils Park I. R.;Chun H. H.
- Journal of the Society of Naval Architects of Korea v.35 no.3 Analysis of Study and Unsteady Performance for 3-D Surface Effest Wing Park I. R.;Chun H. H.
- Proc. of 3rd Korea-Japan Joint Workshop on Ship and Marine Hydrodynamics Experimental Investigations on Wing in Ground Effest Chun H. H. (et al.)
- Journal of the Society of Naval Architects of Korea v.34 no.1 Wind Tunnel Test Study on the Wings of WIG Ship Kim S. K. (et al.)
- Proc. of Int. Conf. on FAST Sea Transportation Wind Tunnel Test Results for Eight and Twenty Passenger Class WIG Effest Ships Shin M. S. (et al.)
- Proc. of Int. Conf. on FAST Sea Transportation Preliminary Design of a 20 Passenger PARWIG Craft and Construction of a 1/10 Scale Radio Controlled Model Chun H. H. (et al.)
- Journal of Kansi Soc. no.229 Shape Optimization of Two Dimensional WIG Based on Potential Theory Suzuki K. (et al.)
- Twenty-Second Symposium on Nanal Hydrodynamics Optimal Disign of Wing Sections in Extreme Ground Effect Rozhdestvensky K. V.;Savinov G. V.
- Trans. of the Society of Naval Architects of Korea v.28 no.2 Design of 2-Dimensional Blade Section for Prescribed Velocity Distribution by a Vortex Based Panel Method Cho K. J.;Choi G. I.;Kim J. D.
- Journal of Ship Research v.38 no.3 A Surface Panel Method of Hydrofoils Lee C. S.;Kim Y. G.;Suh J. C.
- Trans. IMarE, U.K. v.109 Ekranoplans - The GEMs of fast water trasport Rozhdestvensky K. V.
- Numerical Optimization Techniques For Engineering Design Vanderplaats G.N.
- Journal of the Society of Naval Architects of Japan v.174 Simulation on Viscous Flow around Two-Dimensional Power-Augmented Ram Wing in Ground Effect Hirata N.