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Implementation of Apron Management at Lisboa Airport Conceptual procedure using a variable geometry principle for runway 17/35

机译:在里斯本机场实施停机坪管理使用可变几何原理的17/35跑道概念程序

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Abstract: This work covers a study about the APRON Management implementation in acrossed runway Airport;;where the Lisboa Airport was used as a case-study;;due topersonal and professional experience. Being a service normally assured by the air trafficservices;;it’s this study intention to evaluate the viability to transfer functions normallyassociated to the previous mentioned service to the airport provider;;which maintainsnowadays a shared management model with the air traffic control services of the APRONperformed activities.Given the airport traffic growth at the airport in question and its respective configuration;;a need emerges to restructure its functioning;;implementing a new APRON managementmodel with the purpose of a rapid response for the traffic flow and its fluidity.An analysis is made in terms of regulation;;legislation;;advantages and also of the requiredconditions demanded by the activities management service;;aircraft and vehiclesmovement on the platform to be executed by the airport provider;;that in this case studywill be the SOA (Airport Operations Service).The recommended solution;;by us;;is credible in terms of a solution to some functionalproblems. This solution shows that the implementation of a model;;which we understandas of “variable geometry”;;as it conceptually;;formulates the existence of one or twoplatforms (APRON’s);;depending if it’s used the secondary runway alternatively as arunway (RWY) or a circulation route (TWY).The reason for this rotation as to do with the local specific operational conditions. In ourcase study it relates to the meteorological conditions;;but other conditions can be takeninto account to justify this rotation.The conceptual structure of this model relates to operational and financial reasons of allthe partners of airport business. On one hand it could be beneficial the closure/annulment;;in a definitive way;;of the runway in financial terms;;by an increase of space availabilityand resulting gain for some partners;;on the other hand the operational decrease;;relatedto its use;;could bring considerable loses for other partners. For that reason only by asomewhat extensive study of the consequences;;done by every partner;;could we getconclusions?Based in the available data we have;;an attempt was made to approach what we believeare the liable questions for being studied;;based on our natural knowledge of this subject.But we must consider that the mentioned knowledge can be somewhat limited;;as willalways will be necessary to gather information within the partners and also;;we believethat some of that information;;for business reasons;;could be very hard to becomeavailable.Nonetheless;;we believe that a financial study made by all the partners can bring to anenforcement of values that will be susceptible for discussion and eventually approved forthe decision making in three fronts:1. Maintaining the actual situation2. APRON Management Implementation:2.1 With or without the annulment of the runway2.2 Introduction of the geometric variable concept
机译:摘要:这项工作涵盖了有关APRON Management实施的研究。 越过跑道机场;;其中将里斯本机场用作案例研究;由于 个人和专业经验。空中交通通常可以保证提供的服务 服务;本研究旨在评估正常转移职能的可行性 与先前提到的向机场提供者提供的服务相关联; 如今与APRON的空中交通管制服务共享一种管理模式 进行的活动。 鉴于有关机场的机场业务量及其相应配置的增长; 出现需要重新调整其功能;;实施新的APRON管理 快速响应交通流量及其流动性的模型。 根据法规,立法,优势以及所需的条件进行分析 活动管理服务要求的条件;;飞机和车辆 由机场提供者执行的平台上的移动;在此案例研究中 将是SOA(机场运营服务)。 我们建议的解决方案在某些功能的解决方案方面是可靠的 问题。该解决方案说明了模型的实现;我们对此有所了解 从“可变几何形状”开始;;从概念上讲;;形成一个或两个的存在 平台(APRON);;取决于是否将辅助跑道用作 跑道(RWY)或循环路线(TWY)。 这种旋转的原因与当地的特定操作条件有关。在我们的 案例研究,它与气象条件有关;但是可以采用其他条件 考虑以证明这种轮换是合理的。 该模型的概念结构与所有人的运营和财务原因相关 机场业务的合作伙伴。一方面,关闭/废止可能是有益的; 以确定的方式;;在财务上以跑道的方式;;通过增加空间的可用性 并为某些合作伙伴带来收益;另一方面,运营减少;相关 使用;可能会给其他合作伙伴带来可观的损失。因此,只有 对后果进行一些广泛的研究;;由每个合作伙伴完成;;我们能得到吗? 结论? 基于我们拥有的可用数据;;试图接近我们所相信的 是有待研究的可靠问题;基于我们对这一主题的自然知识。 但是我们必须考虑到所提到的知识可能会受到一定程度的限制; 在合作伙伴内部收集信息始终是必不可少的;并且;我们相信 某些信息;出于业务原因;可能很难成为 可用的。 尽管如此;我们相信所有合作伙伴进行的财务研究都能带来 实施容易引起讨论并最终获得批准的价值观的执行 三个方面的决策: 1.保持实际情况 2. APRON管理实施: 2.1有无跑道废止 2.2几何变量概念的介绍

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