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Heathrow Airport Terminal 2B, Phase 2 - a new pier facility constructed in an operational airside environment

机译:希思罗机场2B航站楼2期-在可运行的空中环境中建造的新码头设施

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With London's Heathrow Airport recently celebrating its 70th year of commercial operation and looking forward to further expansion, this paper describes a major contribution to its passenger handling infrastructure. As part of the redevelopment of the eastern side of Heathrow Airport, destined to become the new Terminal 2 (The Queen's Terminal), Mott MacDonald was appointed to deliver the civil and structural engineering scheme and detailed design for an operationally complex pier, intended to serve 10M passengers a year. The new pier was delivered on a physically constricted site inside the. high-security (airside) zone of this major international airport. Building in such a location creates a singular set of conflicting demands, headed by the need to minimise the risks to aircraft operations through carefully planned and executed construction operations that avoid potential security breaches or alarms. This manifests itself in increased logistical challenges, including the need to security screen all staff, plant and materials entering the construction site, manage the execution of major construction works next to passenger aircraft operations, and overcome the effects of aircraft noise on safe working practices. These exacting circumstances demanded an equally singular design approach, focused on the use of appropriate, dependable, on-site construction methods and maximising off-site fabrication. Ail this was to be achieved while working with the architect to create a passenger
机译:伦敦希思罗机场(Heathrow Airport)最近庆祝其商业运营70周年,并希望进一步扩展,本文描述了对其旅客处理基础设施的重大贡献。作为希思罗机场东侧再开发的一部分,该机场注定要成为新的2号航站楼(女王航站楼),莫特·麦克唐纳被任命为负责运营的复杂码头提供土木和结构工程计划和详细设计,旨在为每年有1000万乘客。新码头在其内部的狭窄区域内交付。这个主要国际机场的高安全性(空侧)区域。在这样的位置进行构建会产生一系列相互矛盾的需求,首先是需要通过精心计划和执行的构建操作来最大程度地降低飞机运行的风险,以避免潜在的安全漏洞或警报。这在后勤方面的挑战越来越明显,包括需要对所有进入施工现场的员工,工厂和材料进行安全检查,管理毗邻客机操作的主要建筑工程的执行,并克服飞机噪声对安全工作惯例的影响。这些严峻的环境要求采用同等奇异的设计方法,重点是使用适当,可靠的现场施工方法并最大程度地提高非现场制造水平。所有这些都必须在与建筑师合作创建乘客的同时实现

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