Page 136 - Practical Design Ships and Floating Structures
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Conference on FAST Sea Tramportation(FAST '93), Yokohama, Japan.

        4.   Yum  D-J.,  Min  K-S.,  Song  K-J.  and  Lee  H-Y.(1995).  Theoretical Prediction of  Seakeeping
            Performance and  Comparison with Sea Trial  Results for High-speed Foil  Catamaran Ship. the
            Proceedings  of  the  Third International  Confrence  on  Fast  Sea  Tramportation(FAST  '95),
            Lubeck-Travemunde, Germany.

         5.  Min K-S., Kim 0-H., Kim J-H. and Kang S-H.(1997). Design and Construction of 300 Passenger
            Super High-speed Foil Catamaran Ship. the Proceedings of the Fourth International Conference
            on Fast Sea Transportation(FAST '97), Sydney, Australia.

        6.  Min  K-S.,  Kim  0-H.  and  Kang  S-H.(1997).  Design  of  Mid-Size  Super  High-speed  Foil
            Catamaran Ferry. The Proceedings of the Spring Meeting, 1997 of the Society of Naval Architects
            of Korea.

         7.  Min K-S. and Kang S-H.(1996). Systematic Study on the Hull Form Design and the Resistance
            Prediction  of  Displacement Type  Super High-speed  Ships.  Journal  of  the  Society  of  Naval
            Architects of Korea, 33~4.

         8.  Min  K-S.  and  Kang  S-H.(1998).  Systematic Study on  the  Hull  Form  Design  and  Resistance
            Prediction  of  Displacement-Type  Super-High-speed  Ships.  Journal  of  Marine  Science  and
            Technology,  3:2, The Society of Naval Architects of Japan.
         9.  Min K-S., Kang S-H. and Kim 0-H.(2000). Conceptual Design of Large-Size Super-High-speed
            Foil  Catamaran  Containership. the  Proceedings  of the  Seventh  International Marine  Design
            Conference(IMDC2000),  May 21-24,2000, Kyungju, Korea.
         10  Min K-S. and Lee H-G.(1995).  Systematic Studies on the Development  and the Estimation  of
            Hydrodynamic Characteristics of  New  Hydrofoil  Sections Moving  under  the  Free  Surface.
            Maritime Research Institute Report No. HMRZ-95-06-SIO0, Hyundai Heavy Industries Co., LTD.
         11.  Min  K-S.  and  Lee  H-G.(1996).  Systematic  Study  on  the  Prediction  of  Hydrodynamic
            Characteristics for HMRI NP-Series 2-Dimensional Hydrofoils Operated under the Free-Surface.
            Maritime Research Institute Report No. HMRI-96-043068, Hyundai Heavy Industries Co., LTD.

         12. Min  K-S.,  Streckwall H.  and  Kang  S-H.(1998).,  Numerical  and  Experimental Studies for  the
            Prediction of  Hydrodynamic Characteristics of 2-Dimensional  Hydrofoils Operating under  the
            Free-Surface. the Proceedings of the 22nd Symposium on Naval Hydrodynamics, Washington, D.
            C., USA
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