Technology selection in airport passenger and baggage systems
Technology selection in airport passenger and baggage systems
复制标题
机场旅客行李系统的技术选择
DOI：
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发表时间：
2002
期刊：
影响因子：
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通讯作者：
Phua Chai Teck
中科院分区：
文献类型：
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作者：
M. Pitt;Fong Kok Wai;Phua Chai Teck
机场客运大楼的设计错误可能会造成极其高昂的代价。计划失败可能会导致配置和系统不适合未来。最佳建筑配置的性能在很大程度上取决于为乘客和行李运输提供的技术类型。选择不当的技术可能会破坏良好配置的运行效率，反之亦然。随着航空旅行的大规模增长和现代化客运大楼的规模，将更多地依赖运输技术来实现可接受的步行距离和旅行时间。因此，在总体设计策略中考虑特定建筑配置及其相关技术在变化条件下的表现至关重要。良好的设计实践要求在广泛的可能条件下使用多个标准来评估性能。预测未来条件的困难使得选择一个强大的系统对机场的长期成功至关重要。本文研究了各种系统，并得出结论，不同的系统组合是适合不同水平的旅客吞吐量的机场。
Design errors in an airport passenger building can be extremely costly. Failure to plan may result in configurations and systems that are inappropriate for the future. The performance of an optimal building configuration depends to a large extent on the kind of technology provided for the transportation of passengers and baggage. Poorly selected technology can undermine the operational efficiency of a good configuration and vice versa. With massive growth in air travel and the scale of modern passenger buildings, more reliance will be placed on transport technology to achieve acceptable walk distances and travel times. Therefore it is critical to consider in the overall design strategy how a particular building configuration and its associated technology will perform under conditions of change. Good design practice dictates that performance be assessed using multiple criteria over a broad range of possible conditions. The difficulty in predicting future conditions makes the selection of a robust system critical to the long‐term success of an airport. This paper examines the various systems available and concludes that different system combinations are appropriate for airports with different levels of passenger throughput.