Simulation-Based Quantitative Evaluation Method for Water–Water Transshipment Coal Terminals

Zhu, Bingquan; Zhou, Qiang; Tian, Yu

doi:10.1061/(asce)ww.1943-5460.0000506

Cited by 7 publications

(3 citation statements)

References 28 publications

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“…In order to reduce the operating costs and emissions of container terminals, Abu Aisha et al (2020) proposed a new terminal layout, which can improve the vitality of port activities. Zhu (2019) analyzed the impact of terminal layout on the efficiency of coal terminal, put forward a quantitative analysis method based on simulation, and verified the feasibility of the method.…”

Section: Literature Reviewmentioning

confidence: 96%

RETRACTED ARTICLE: Research on service level analysis method of container terminal’s logistics system based on fractal self-similarity theory

et al. 2021

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Based on the fractal self-similarity theory, this paper puts forward the service level analysis method of container terminal's logistics system. Based on the detailed study of container terminal's logistics system, firstly, the self-similarity characteristics of container terminal' logistics system are extracted to verify the applicability of fractal theory to container terminal's logistics system. Secondly, the simulation analysis model is established, which measures the service level of container terminal's logistics system from nine indicators, such as annual throughput, average service time of the ships, average ship-time efficiency, average utilization rate of berths, average daily occupancy rate of container yard, etc. The simulation model is applied to a container terminal, and the results show that the model can not only evaluate the overall service level of the container terminal, but also analyze the influence of different storage time and ship inter-arrival time on the service level of the terminal, so as to provide the basis for the terminal operation decision. The constructed model is a useful tool for assessing the validity of ideas about the functional interrelationships between the dry port's primary parameters, as well as the system's long-term viability.

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Section: Literature Reviewmentioning

confidence: 96%

RETRACTED ARTICLE: Research on service level analysis method of container terminal’s logistics system based on fractal self-similarity theory

et al. 2021

Self Cite

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“…Kieu et al [26] considered important interactions between buses and their schedules and formulated several simulation models of bus routes have been proposed in the literature, including cellularautomata, bus-following, and traffic-following models to make transit operators both better understand the dynamics of bus routes and facilitate better policymaking. Zhu et al [27] proposed a simulation-based quantitative analysis and an evaluation method to solve the comparison problem of water-water transhipment coal terminals. Liu et al [28] used the simulation method to analyze connection of indoor occupants with the energy consumption of heating, ventilation, and air-conditioning (HVAC) in airport terminals which are characterized by passenger flow.…”

Section: Overview Of Previousmentioning

confidence: 99%

Shunting Strategy for Placing-In and Taking-Out Wagons on Branch-Shaped Freight Operation Network with Simulation Method

Xuan

et al. 2020

Journal of Advanced Transportation

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Because of China’s vast territory, large population, and huge demand for bulk materials, the railway transportation mode has always received considerable attention. For long-haul transportation, railway transportation can provide a scheduled-based transport plan, all-weather transport service, and cheaper carry instead of other transport modes. The study described in this paper attempts to develop a simulation platform for optimizing the placing-in and taking-out wagons system on the branch-shaped freight operation network (PTWS-BSFON). The operation process of PTWS is thoroughly analyzed from three aspects of decoupling-coupling wagons subsystem, placing-in local wagons subsystem, and taking-out local wagons subsystem. And then the simulation platform encompassing two typically shunting modes of PTWS are developed by Arena software. Under scenarios of PTWS-SO and PTWS-SSMS, the hierarchical structure of the shunting strategies is, respectively, outlined in the simulation platform. Finally, the shunting strategies based on the simulation platform are carried out by concrete examples, which prove the rationality of the methodology in applying different strategies and enhancing the performances of the PTWS-BSFON.

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“…In addition, the main water bodies within the wetland include the Qinglongwan River, Chaobai River, Jintang Canal, Zengkou River, etc. [3,4].…”

Section: Introductionmentioning

confidence: 99%

Research on the Current Situation and Protection Measures of the Water Environment of Tianjin Qilihai Wetland

Zhang,

Peng,

Hong

et al. 2024

J. Phys.: Conf. Ser.

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The Qilihai Wetland located in Tianjin is one of the important wetlands in northern China and an important transfer station for migratory birds. Its water environment quality is crucial for improving the regional ecosystem function, and is therefore known as the “green lung of the Beijing-Tianjin region”. This paper conducted on-site monitoring and a comprehensive evaluation of the current situation of the Qilihai environment during the dry season and the rainy season. Based on this, countermeasures and suggestions for water environment protection were proposed from the aspects of optimizing water sources, reducing interference, and strengthening governance.

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Simulation-Based Quantitative Evaluation Method for Water–Water Transshipment Coal Terminals

Cited by 7 publications

References 28 publications

RETRACTED ARTICLE: Research on service level analysis method of container terminal’s logistics system based on fractal self-similarity theory

RETRACTED ARTICLE: Research on service level analysis method of container terminal’s logistics system based on fractal self-similarity theory

Shunting Strategy for Placing-In and Taking-Out Wagons on Branch-Shaped Freight Operation Network with Simulation Method

Research on the Current Situation and Protection Measures of the Water Environment of Tianjin Qilihai Wetland

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