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A Study on the Comparison of the Capacity of Waiting Anchorage Design according to the Port Operation Method - Focusing on Busan New Port - KCI 등재

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해양환경안전학회지 (Journal of the Korean Society of Marine Environment and Safety)
해양환경안전학회 (The Korean Society Of Marine Environment & Safety)
초록

This study was conducted to propose an effective port operation method in terms of the design capacity of waiting anchorage by comparing the ratio and the number of waiting anchorage according to the port operation method of Busan New Port. For this, the Arena simulation program compared the rates of waiting vessels according to the application of the multi-user terminal, liner terminal and hybrid liner terminal operation methods. As a result, analysis suggested the necessary anchorage space can be reduced to about 18 % when using the multi-user terminal operation method and about 15.6 % when using the hybrid liner terminal operation method, as compared with the liner terminal operation method. Specifically, it was effective to apply the multi-user terminal operation method in terms of the anchorage capacity to be designated to Busan New Port. This study can apply to the designation of the new anchorage in the Busan New Port by reflecting the contents of the design of the anchorage in accordance with the port operation method.

목차
Abstract
 1. Introduction
 2. Concept Definition and Research Methodology
  2.1 Concept Definition of Port Operation Method
  2.2 Research Methodology
 3. Analysis of Busan New Port Status
  3.1 Harbour Berth Configuration
  3.2 Anchorage Analysis
  3.3 Incoming Ships Survey of Busan New Port
 4. Simulation and Analysis of Results
  4.1 Model Design and Data Standardization
  4.2 Simulation Process Design by the Port OperationMethod
  4.3 Verification of Simulation Modeling
  4.4 Simulation and Results Analysis
  4.5 Comparison of Berth Design Capacity by the TerminalOperation Method
 5. Conclusion
 References
저자
  • Jun-mo Park(Division of Navigation Science, Mokpo National Maritime University)
  • Hyoung-Seon Yang(Division of Navigation Science, Mokpo National Maritime University) Corresponding Author