WSP Parsons Brinckerhoff 为伦敦首个垂直村庄进行物联网驱动的结构设计优化
技术
- 无人机 - 垂直起降/垂直起降混合无人机
适用行业
- 建筑物
- 水泥
适用功能
- 产品研发
用例
- 楼宇自动化与控制
- 结构健康监测
服务
- 系统集成
关于客户
WSP Parsons Brinckerhoff 是一家全球领先的工程专业服务公司。他们被保留负责管理结构建模和设计，并为 22 Bishopsgate 项目提供多学科工程服务。该项目将成为英国第二高的建筑，仅次于碎片大厦，也是伦敦金融区的第一个垂直村庄。该建筑由 PLP Architecture 概念设计，拥有 120,000 平方米的办公空间、零售商店、健身中心、教育设施、餐厅以及开放式观景露台和观景台。该项目旨在促进 12,000 名居住者的健康和福祉。
挑战
WSP Parsons Brinckerhoff 面临的挑战是高效、可持续地在伦敦金融区中心建造一座 62 层、278 米的玻璃幕墙塔楼。该项目名为 22 Bishopsgate，将建在以前未完工的 Pinnacle 建筑的场地上，该建筑的地基、地下室和部分建成的核心（称为“树桩”）仍保留在那里。新塔需要合并前 Pinnacle 的地基和三层地下室结构。面临的挑战是如何与上层建筑结合起来，它与地基的位置不相符。除了几栋高层建筑的场地限制、紧迫的工期和预算要求外，该项目还旨在获得 BREEAM 优秀评级，并成为伦敦第一个采用 WELL 建筑标准的项目，以促进健康和福祉大楼内有 12,000 名居住者。
解决方案
WSP Parsons Brinckerhoff 使用 RAM 结构系统和 RAM 概念提供集成 BIM 解决方案，从结构上设计一座比 Pinnacle 设计更大且完全不同的高效建筑。他们与当地结构专家合作，分析新设计与现有地下室和基础结构元素之间的相互作用，以确定可以挽救哪些内容。该团队确定，如果他们添加新的筏板和桩帽来调整现有的支撑以转移结构的重量，他们就可以为更大的建筑建立额外的基础能力，同时仍然使用 100% 的前 Pinnacle 基础。为了设计楼层并确定整体结构的最佳形状，WSP 将 RAM 结构系统与 Fabsec 和 Revit 相链接。这种集成方法加快了结构设计流程，将工程和建模时间从 70 周缩短至 43 周，缩短了近 40%。
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