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介绍了一项令人叹为观止的工程——人造低温干燥和低温潮湿的生态建筑.这项非同寻常的钢结构工程在新加坡国际化发展进程中占据了举足轻重的地位,其工程规模、设计难度和建造工法在新加坡现代建筑历程中独树一帜.在拥挤的城市中心实施这项复杂的工程,需要设计师和建造师分别借助先进的结构分析软件及BIM技术,开展可视化建造、装配和项目进程预演.由于超常规的外形、跨度和高度,增加了该项工程的装配与建造难度,需要竭尽全力去预见问题,并为构件运输和施工安全设计可行的节点大样.鉴于全球性的气候变化,该项目也探索了可行的降排二氧化碳的绿色建筑技术,从而减小对生态的影响,同时,实施了节能与节水技术,以期对建筑环境的干扰最小化.综上所述,钢是轻质、大跨度与超常规建筑结构的优先选择.
Introduced a breathtaking project - man-made low-temperature dry and low-temperature humid ecological buildings.This extraordinary steel structure project occupies a pivotal position in the process of international development in Singapore, its engineering scale, design difficulty and The construction method is unique in the history of Singapore’s modern architecture, and the implementation of this complex project in a crowded urban center requires designers and builders to perform visual construction, assembly and project rehearsal with advanced structural analysis software and BIM technology, respectively The extraordinary shape, span and height add to the difficulty of assembly and construction of the project, and every effort should be made to anticipate problems and to design viable nodes for component transportation and construction safety. Given the global climate change, Also explored viable green building technologies that reduce carbon dioxide emissions, thereby reducing the ecological impact, while implementing energy-saving and water-saving technologies to minimize the disturbance to the built environment.In summary, the steel is lightweight, Long-span and unconventional building structure of the preferred choice.