科进在挑战中创新建造主塔
技术
- 分析与建模 - 计算机视觉软件
- 应用基础设施与中间件 - 事件驱动型应用
适用行业
- 建筑物
- 水泥
适用功能
- 产品研发
用例
- 施工管理
- 施工现场监控
服务
- 培训
关于客户
本案例中的客户是 WSP，一家全球管理和咨询服务公司。科进受委托设计和建造校长大厦，这是一座毗邻伦敦金融区的 50 层综合用途建筑。该塔是更广泛的主要广场开发项目的一部分，其中包括较小的混合用途建筑和亚马逊新的伦敦总部。科进面临的挑战是在较小的施工占地面积的限制内实现业主对塔楼的愿景，同时确保施工不会干扰铁路运营或损坏现有的砖石隧道。该公司需要说服项目业主，他们可以完全实现他们的愿景，并在可用占地面积内建造一座经济上可行的塔楼。
挑战
WSP是一家全球管理和咨询服务公司，负责设计和建造伦敦50层的Principal Tower，该项目价值2亿英镑。面临的挑战是在占地面积较小的情况下建造这座塔楼，毗邻该市的金融区和该国第三繁忙的火车站利物浦街车站。设计必须确保施工不会干扰铁路运营或损坏维多利亚时代的砖石隧道。该塔的设计还必须容纳六轨铁路和受保护的走廊，以便将来开发另外两条轨道。该项目需要的设计不仅要适合有限的空间，还要满足业主的审美和物流要求。此外，设计必须考虑铁路引起的频繁振动并尽量减少土壤位移。
解决方案
为了克服这些挑战，WSP 转向 Bentley 应用程序，特别是 RAM Concept 和 PLAXIS。 PLAXIS 用于分析多种潜在设计并模拟挖掘、施工和建筑生命周期期间的土壤运动。分析表明，在地下施工过程中，首先建造底层楼板可以为砌体隧道提供侧向支撑。该软件还预测了隧道拱施加的侧向力，这有助于优化板设计和施工。 RAM Concept 用于基础和地下室设计的所有阶段，从早期概念到最终细节。它提供了关于地基行为和对列车振动的反应的更准确模型，并有助于确保设计是隔音的，消除附近列车的噪音。该软件还帮助设计了建筑物的其他复杂元素，例如悬挂式游泳池。
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