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합성얼음과 냉동얼음을 이용한 선형을 변화시킨 쇄빙상선의 저항특성 연구

Comparative Study on Resistance Performance of Icebreaking Cargo Vessel according to Hull Form Variation by using Synthetic Ice and Refrigerated Ice

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초록

The present paper deals with the comparative study of resistance performance with refrigerated ice and synthetic ice according to the variation of hull form characteristics. The resistance test has been conducted in pack ice condition in each concentration condition. Stem angle has been chosen as main parameters for the variation of hull form characteristics. The correlation of performance between with the refrigerated ice and with the synthetic ice has been shown according to the variation for stem angles. The present study show the possibility of ice test in general towing tank with synthetic ice for the time-consuming research such as hull form optimization although that is confined in pack ice condition. The more parametric study for the properties of synthetic ice is expected to be conducted to have more close correspondence for the test results of refrigerated ice in near future.

Abstract

The present paper deals with the comparative study of resistance performance with refrigerated ice and synthetic ice according to the variation of hull form characteristics. The resistance test has been conducted in pack ice condition in each concentration condition. Stem angle has been chosen as main parameters for the variation of hull form characteristics. The correlation of performance between with the refrigerated ice and with the synthetic ice has been shown according to the variation for stem angles. The present study show the possibility of ice test in general towing tank with synthetic ice for the time-consuming research such as hull form optimization although that is confined in pack ice condition. The more parametric study for the properties of synthetic ice is expected to be conducted to have more close correspondence for the test results of refrigerated ice in near future.

참고문헌 (7)

  1. Aboulazm, A.F., "Ship Resistance in Ice Flow Covered Waters", 박사, pp.1989
  2. Lim, T.W, "Comparative Study on Resistance and Self-propulsion of Icebreaker with Synthetic ice and Refrigerated ice", 석사, pp.2008
  3. Li, Zhijun, "Effect of Cement Contents and Curing Periods on Properties of DUT1 Synthetic Model Ice", 21st International Conference on Offshore Mechanics and Engineering, (2002)
  4. Song, Y.Y, "Comparative Study on Resistance of Icebreaker with Synthetic ice and Refrigerated ice", 석사, pp.2007
  5. Tryde, P, "Intermittent IceForces Acting on Inclined Wedges", pp.26~77 (1977), U. S. Army CRREL
  6. Timco, G.W, "EG", AD, Cold Regions Science and Technology, pp.1986, 12[DOI]
  7. Beltaos S, "A model Material for River Ice Breakup Studies", Proceedings of the IAHR 10th International Symposium on Ice, 통권 : 1, pp.575~585 (1990)

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