Journal of Ocean Engineering and Technology (한국해양공학회지)

Korean Society of Ocean Engineers (한국해양공학회)
권호 표지

Development of 'IceView' Program for Estimation of Ice Resistance on Ice-Transiting Vessels

쇄빙선박에 작용하는 빙저항 산정을 위한 'IceView' 프로그램 개발

  • Choi, Kyung-Sik (Division of Ocean Development Engineering, Korea Maritime University) ;
  • Lee, Jin-Kyoung (Division of Ocean Development Engineering, Korea Maritime University)
  • 최경식 (한국해양대학교 해양개발공학부) ;
  • 이진경 (한국해양대학교 해양개발공학부)
  • Published : 2005.12.01
Download PDF
⟨ Previous Next ⟩

Abstract

Ice resistance on ice-transiting vessels is one of th￡ important issues concerning th￡ design of ships with ice classes. In this study, th￡ development of GUI software for estimation of ice resistance on ice-transiting vessels is discussed. lee resistance estimation equations, based on model tests and full-scale sea trial data from many previous research articles, are studied in conjunction with two ship categories i.e., ,icebreakers/supply/tug vessels and ice-strengthened cargo vessels. lee resistance estimation equations are summarized in common format and are compared with each other. The GUI software 'Ice View,' written in MS Visual Basic language, can calculate ice resistances according to varying ice thickness and ship speed. The software can provide the calculated results, with suitable tables and graphs, for easy comparison of each ice resistance estimation equation.

Keywords

References

  1. 이우람 (2005). 쇄빙선박의 빙저항 및 빙하중 산정식에 대한 연구, 한국해양대학교 석사학위논문
  2. 최경식 (2001). 북극해 항로의 경제성 분석과 빙해용 쇄빙상선 모델 개발, 해양수산부 연구보고서
  3. Baker, D. and Nishizaki, R. (1986). 'The MV Arctic-New Bow Form and Model Testing,' SNAME Transactions, Vol 94, pp 57-74
  4. Edwards, R.Y., Lewis, J.W., Wheaton, J.W. and Coburn, J. (1972). 'Full-Scale and Model Tests of a Great Lakes Icebreaker,' SNAME Transactions, Vol 80, pp 170-207
  5. Enkvist, E. (1972). 'On the Resistance Encountered by Ships Operating in the Continuous Mode of Icebreaking,' Report No. 24, Swedish Academy of Engineering Sciences in Finland
  6. Jones, S.J. (1989). 'A Review of Ship Performance in Level Ice,' Proceedings of 8th OMAE Conference, The Hague, The Netherlands, Vol IV, pp 325-342
  7. Kashteljan, V.I. Poznjak, l.I. and Ryvlin, A.J. (1968). 'Ice Resistance to Motion of a Ship,' Vol 1, Sudostroyenie, Leningrad (Translation from Russian)
  8. Levine, G.H, Voelker, R.P. and Mentz, P.B. (1974). 'Advances in the Development of Commercial Ice-Transiting Ships,' SNAME Transactions, Vol 82, pp 313-343
  9. Lewis, J.W. and Edward, R,Y. (1970). 'Methods for Predicting Icebreaking and Ice Resistance Characteristics of Icebreakers,' SNAME Transactions, Vol 78, pp 213-249
  10. Milano, V.R. (1973). 'Ship Resistance to Continuous Motion in Ice,' SNAME Transactions, Vol 81, pp 274-306
  11. Ostreng, W. et al. (1999). 'The Challenges of the Northern Sea Route - Interplay between Natural and Societal Factors', INSROP Working Paper No. 167-1999
  12. Spencer, D. and Jones, S.J. (2001). 'Model-Scale/Full-Scale Correlation in Open Water and Ice for Canadian Coast Guard 'R-Class' Icebreakers' Journal of Ship Research, Vol 45, No 4, pp 249-261
  13. Valanto, P. (2001). 'The Resistance of Ships in Level Ice', SNAME Transactions, Vol 109, pp 53-83
  14. Vance, G.P. (1975). 'A Scaling System for Vessels Modelled in Ice,' Proc, of SNAME Ice Tech. Symposium, Montreal, Paper H
  15. White, R.M. (1970). 'Prediction of Icebreaker Capability,' The Royal Institution of Naval Architects, Vol 112, pp 225-251
  16. Zahn, P.B., and Phillips, L. (1987). 'Full-Scale Towed Resistance Trials of the USCGC Mobile Bay in Uniform Ice', SNAME Transactions, Vol 95, pp 45-77