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Progress in Geography, Volume. 39, Issue 7, 1160(2020)

Estimation of time delay cost of hub airports in China, air routes effect and comparison with the United States

Xinru DU1,2, Zi LU1,2、*, Renjie LI1,2, Yaqing DONG1,2, and Wei GAO1,2
Author Affiliations
  • 1School of Resource and Environment Sciences, Hebei Normal University, Shijiazhuang 050024, China
  • 2Hebei Key Laboratory of Environmental Change and Ecological Construction, Shijiazhuang 050024, China
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    AbstractGet PDF(in Chinese)
    Figures&Tables (8)
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    References (35)
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    Figures & Tables(8)
    24 h中国枢纽机场航班延误时长变化Fig.1

    Fig. 1. 24 h中国枢纽机场航班延误时长变化Fig.1

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    中国枢纽机场6种机型3个航班执行阶段时间延误总成本Fig.2

    Fig. 2. 中国枢纽机场6种机型3个航班执行阶段时间延误总成本Fig.2

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    中国枢纽机场时间延误总成本聚类等级注：本图基于自然资源部标准地图服务网站下载的审图号为GS(2019)1823号的标准地图制作,底图无修改。下同。Fig.3

    Fig. 3. 中国枢纽机场时间延误总成本聚类等级注：本图基于自然资源部标准地图服务网站下载的审图号为GS(2019)1823号的标准地图制作,底图无修改。下同。Fig.3

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    中美枢纽机场间航线网络模式比较注：资料来源于参考文献[32],有修改。Fig.4

    Fig. 4. 中美枢纽机场间航线网络模式比较注：资料来源于参考文献[32],有修改。Fig.4

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    中美空中廊道特征路径宽度和航迹交叉点数量对比Fig.5

    Fig. 5. 中美空中廊道特征路径宽度和航迹交叉点数量对比Fig.5

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    • Table 1.

      中国枢纽机场6种机型配置比及3个航班执行阶段单位时长延误成本

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      Table 1.

      中国枢纽机场6种机型配置比及3个航班执行阶段单位时长延误成本

      机型/座位容量(成本标准值/(€/min))*A319/122(0.6/2.6/7.1)A320/158(0.6/2.6/7.7)A321/185(0.7/3.0/9.5)B737-800/162(0.5/2.9/7.8)A333/370(1.8/4.5/27.6)B777-300ER/300(0.6/10.6/14.2)
      PEK配置比/%延误成本/(€/min)2.930.12/0.47/1.2617.590.70/2.81/8.0923.280.93/4.19/13.2723.620.71/4.02/11.1020.342.24/13.02/33.7612.240.49/3.30/10.40
      SHA配置比/%延误成本/(€/min)1.090.04/0.17/0.4721.680.87/3.47/9.9821.680.87/3.90/12.3639.781.19/6.76/18.7012.481.37/7.99/20.723.280.13/0.88/2.78
      PVG配置比/%延误成本/(€/min)3.470.14/0.55/1.4930.111.20/4.82/13.8524.090.96/4.34/13.7325.360.76/4.31/11.926.200.68/3.97/10.3010.770.43/2.91/9.15
      CAN配置比/%延误成本/(€/min)6.130.25/0.98/2.6423.24(0.93/3.72/10.6915.630.63/2.81/8.9143.031.29/7.31/20.227.120.78/4.56/11.824.850.19/1.31/4.12
      CKG配置比/%延误成本/(€/min)19.120.76/3.06/8.2251.392.06/8.22/23.6413.940.56/2.51/7.9513.940.42/2.37/6.551.20.13/0.76/1.980.400.02/0.11/0.34
      CTU配置比/%延误成本/(€/min)14.770.59/2.36/6.3533.861.35/5.42/15.5724.580.98/4.42/14.0119.870.60/3.38/9.346.670.73/4.27/11.070.260.01/0.07/0.22
      WUH配置比/%延误成本/(€/min)4.550.18/0.73/1.9521.210.85/3.39/9.766.440.26/1.16/3.6766.291.99/11.27/31.160.760.08/0.48/1.260.760.03/0.20/0.64
      CGO配置比/%延误成本/(€/min)2.160.09/0.35/0.9323.740.95/3.80/10.923.240.13/0.58/1.8570.502.12/11.99/33.140.360.04/0.23/0.6000/0/0
      SHE配置比/%延误成本/(€/min)4.330.17/0.69/1.8647.991.92/7.86/22.0714.860.59/2.67/8.4731.580.95/5.37/14.840.620.07/0.40/1.030.620.02/0.17/0.53
      XIY配置比/%延误成本/(€/min)10.030.40/1.61/4.3138.191.53/6.11/17.5715.860.63/2.85/9.0434.951.05/5.94/16.430.970.11/0.62/1.6100/0/0
      KMG配置比/%延误成本/(€/min)5.990.24/0.96/2.5826.651.07/4.26/12.263.310.13/0.60/1.8862.401.87/10.61/29.331.650.18/1.06/2.7400/0/0
      URC配置比/%延误成本/(€/min)19.710.79/3.16/8.5024.420.98/3.91/11.2315.120.60/2.72/8.6237.211.12/6.33/17.492.330.26/1.49/3.861.160.05/0.31/0.99

    • Table 2.

      中美复合枢纽机场6种机型3个航班执行阶段单位时长延误成本和首位联系强度比较

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      Table 2.

      中美复合枢纽机场6种机型3个航班执行阶段单位时长延误成本和首位联系强度比较

      比较内容美国中国
      机型/机场单位时长延误成本/(€/min)机型/机场单位时长延误成本/(€/min)
      登机口滑行空中维持登机口滑行空中维持
      机型A3190.62.67.1A3190.31.33.4
      A3200.62.67.7A3201.24.813.8
      A3210.73.09.5A3210.63.28.4
      B737-8000.52.97.9B737-8001.26.618.4
      A3331.94.6227.8A3330.62.88.7
      B777-300ER0.610.614.3B777-300ER0.10.814.3
      复合枢纽机场ATL179.6176.855.9PEK71.9280.1424.7
      PHL117.077.466.8CAN77.2253.8357.4
      JFK201.698.188.6SHA66.9146.2291.4
      ORD118.4132.4104.3PVG76.3112.9310.5
      机场首位联系强度ATLCLT(19)、JFK(11)、PHL(21)、DFW(21)、ORD(25)、DEN(20)/16.58%*PEKSHA(59)、PVG(20)、CAN(42)、WHU(15)、CTU(33)、XIY(43)、SHE(23)、URC(18)/32.4%
      PHLJFK(7)、ORD(16)、DEN(10)、LAS(6)、LAX(9)、SFO(8)/11.56%CANSHA(60)、PVG(25)、WUH(23)、CTU(60)、KMG(18)、CKG(25)、URC(21)、XIY(2)、SHE(12)/25.6%
      JFKDFW(6)、ORD(9)、ATL(10)、LAX(37)/7.72%SHACTU(38)、KMG(15)、CGO(4)、WUH(79)、CKG(18)、SHE(43)、URC(16)/14.72%
      ORDCLT(15)、DFW(26)、ORD(2)、PHX(12)/7.51%PVGKMG(15)、WUH(21)、XIY(36)、URC(3)/6.17%

    • Table 3.

      中美前10位枢纽机场间(航线)3个航班执行阶段时间延误总成本比较

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      Table 3.

      中美前10位枢纽机场间(航线)3个航班执行阶段时间延误总成本比较

      美国中国
      航线时间延误成本航线时间延误成本
      登机口滑行空中维持总计登机口滑行空中维持总计
      DEN-CLT144997197276086162557PEK-KMG1654762979169572249098
      LAX-JFK43668167542156062267272PEK-SHA2959234487173140337219
      SFO-DEN227195259331354106666PEK-CAN1764168828241567328036
      ATL-DFW502077023227704148143PEK-CTU2435259329248979332660
      CLT-ORD30354111835187679229868PEK-XIY4798341140133639222762
      JFK-CLT2358826520045255334043CTU-CAN2109529069201833251997
      JFK-SFO27699125408156253309360CTU-SHA4061156130145523242264
      ATL-DEN551281455236169206820CTU-WUH295545511575821160490
      ATL-PHL3545717468835380245525KMG-XIY1100714764181690207461
      LAX-ORD115361182317632130991CAN-SHA283234470791317164347
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    Xinru DU, Zi LU, Renjie LI, Yaqing DONG, Wei GAO. Estimation of time delay cost of hub airports in China, air routes effect and comparison with the United States[J]. Progress in Geography, 2020, 39(7): 1160

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    Paper Information

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    Received: May. 30, 2019

    Accepted: --

    Published Online: Jan. 28, 2021

    The Author Email: LU Zi (luzi@hebtu.edu.cn)

    DOI:10.18306/dlkxjz.2020.07.009

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