Chinese Journal of Ship Research, Volume. 16, Issue 5, 121(2021)

Selection and evaluation of polar cruise fin stabilizer based on combination weighting-TOPSIS method

Yunrui ZHAO1, Haibo GAO1, Zhiguo LIN1, Yunhua GUO1, and Jianfeng ZHANG2
Author Affiliations
  • 1School of Energy and Power Engineering, Wuhan University of Technology, Wuhan 430063, China
  • 2China Merchants Heavy Industry (Jiangsu) Co., Ltd, Nantong 226100, China
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    Figures & Tables(10)
    [in Chinese]
    [in Chinese]
    • Table 1. Comparison of manufacturers

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      Table 1. Comparison of manufacturers

      厂家名称简介人员规模资本金产品系列产品销售
      KONGSBERG生产研发海洋领域中的自动监测控制系统产品及船舶设备,全球服务范围广3 000余人整个海事板块440 000万元,减摇设备是其中一部分Aquarius系列Neptune系列Aquarius-ice class系列系列产品售出2 000余套
      哈船减摇主营减摇鳍,有着多年的设计研发经验技术人员低于50人注册资金1 000万元NJ3系列NJ4系列NJ5系列NJ6系列系列产品450余套
      衡拓船舶主营产品减摇鳍、减摇水舱、减摇陀螺,集设计、制造、服务于一体技术人员70余人注册资金3 000万元JQA系列JQB系列JQF系列系列产品售出500余套
    • Table 2. Comparison of alternative schemes

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      Table 2. Comparison of alternative schemes

      方案编号产品型号鳍面积/m2功率/kW设备总重/t价格体积/m3
      方案1Aquarius A1008~95542较贵42
      方案2NJ6Z8~1045-5571~95适中50
      方案3JQF-6-4606~8(襟翼)6062适中45
    • Table 3. Meaning of importance scale of pairwise comparison matrix

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      Table 3. Meaning of importance scale of pairwise comparison matrix

      标度含义
      1前者i和后者j具有同等重要性
      3前者i比后者j稍微重要
      5前者i比后者j明显重要
      7前者i比后者j强烈重要
      9前者i比后者j极端重要
      2,4,6,8表示上述判断的中间状态对应的标度值
      以上数值的倒数若元素ij重要性之比为aij则元素ji重要性之比为aji=1/aij
    • Table 4. Value of random consistency index

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      Table 4. Value of random consistency index

      n
      123456789
      $RI$000.520.891.121.261.361.411.46
    • Table 5. Weight table of indexes

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      Table 5. Weight table of indexes

      选型目标一级指标一级指标权重二级指标二级指标权重二级指标相对目标权重
      极地邮轮减摇鳍选型评价环境适应性0.223 4恶劣海况适应性0.619 40.129 8
      低温环境适应性0.284 20.069 1
      高湿度适应性0.096 40.024 5
      设备性能0.449 0航行工况减摇性能0.342 10.133 0
      零航速减摇性能0.425 10.216 7
      随动系统响应速度0.140 80.067 2
      能耗0.092 00.032 1
      经济性0.160 7成本投入0.346 00.049 7
      安装投入0.110 20.017 6
      设备运维投入0.543 80.093 4
      安装便利性0.066 7设备重量0.450 80.030 1
      设备尺寸0.549 20.036 6
      市场份额0.100 2顾客满意率0.333 30.033 4
      顾客忠诚率0.666 70.066 8
    • Table 7. Comprehensive evaluation of fin stabilizer for polar cruise

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      Table 7. Comprehensive evaluation of fin stabilizer for polar cruise

      一级指标二级指标方案1方案2方案3
      环境适应性恶劣海况适应性3.63.43.5
      低温环境适应性3.73.43.4
      高湿度适应性2.82.72.7
      设备性能航行工况减摇性能/%898587
      零航速减摇性能/%474540
      随动系统响应速度/s0.150.200.12
      能耗/kW555060
      经济性成本投入2.23.83.6
      安装投入2.53.83.7
      设备运维投入3.03.33.5
      安装便利性设备重量/kg427560
      设备尺寸/m3425045
      市场份额顾客满意率/%989295
      顾客忠诚率4.03.43.6
    • Table 8. Comprehensive evaluation results

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      Table 8. Comprehensive evaluation results

      方案编号${S_v}^ +$${S_v}^ -$${C_v}$排序结果
      方案10.0190.0260.5791
      方案20.0250.0210.4583
      方案30.0220.0250.5352
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    Yunrui ZHAO, Haibo GAO, Zhiguo LIN, Yunhua GUO, Jianfeng ZHANG. Selection and evaluation of polar cruise fin stabilizer based on combination weighting-TOPSIS method[J]. Chinese Journal of Ship Research, 2021, 16(5): 121

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    Paper Information

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    Received: Jul. 18, 2020

    Accepted: --

    Published Online: Mar. 28, 2025

    The Author Email:

    DOI:10.19693/j.issn.1673-3185.02037

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