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초대형 컨테이너선의 경하중량 추정을 위한 통계적 방법 연구

A Study on Statistical Methods for the Light Weight Estimationof Ultra Large Container Ships

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주제분류해양공학

초록

The present study developed a model to estimate the light weight of an ultra-large container ship. The weight estimation model utilized container ship data obtained from shipyards and the subdivided this weight data into appropriate weight groups. Parameters potentially affecting the group weight were selected and expanded based on experience for weight estimation, and a correlation analysis was performed by the SPSS program to determine the key parameters characterizing the group weight. A weight estimation model applying the multi-regression analysis was proposed to assess the weight of an ultra-large container ship at the preliminary design stage, and the results obtained by the suggested method showed good agreement with the shipyard data.

Abstract

The present study developed a model to estimate the light weight of an ultra-large container ship. The weight estimation model utilized container ship data obtained from shipyards and the subdivided this weight data into appropriate weight groups. Parameters potentially affecting the group weight were selected and expanded based on experience for weight estimation, and a correlation analysis was performed by the SPSS program to determine the key parameters characterizing the group weight. A weight estimation model applying the multi-regression analysis was proposed to assess the weight of an ultra-large container ship at the preliminary design stage, and the results obtained by the suggested method showed good agreement with the shipyard data.

참고문헌 (6)

  1. 고부가가치 선박설계 핵심기술 개발(차세대 선박 개념설계), 과학기술부 특정 연구개발 사업 보고서, "고창두", 한국해양연구원, 45~77, pp.MI-0117-01-0001 (2004)
  2. 이정현, "컨테이너선의 대형화와 항만의 변화", 한국컨테이너부두공단 Container Information, 14, pp.42~62 (2001)
  3. Anthony J. Hayter, "이공학도를 위한 확률과 통계", pp.567~575 (2008), Cengage Learning Korea Ltd.
  4. Dominick, C., "Marine Vehicle Weight Engineering", pp.1~9 (2007), Society of Allied Weight Engineers, Inc.
  5. Schneekluth, H., "Ship Design for Efficiency and Economy", pp.149~179 (1998), Butterworth-Heinemann
  6. Straubinger, E.K., "Fundamentals of Naval Surface Ship Weight Estimating", Naval Engineers Journal, 95(3), pp.127~143 (1983)

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