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异型仿生艺术建筑数字化绿色建造技术研究与实践

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随着中国经济的快速发展和建筑业的转型升级,"双碳"战略的落地促使各行业加快产业转型.由新西兰建筑设计师Fred先生设计、位于深圳的玛丝菲尔总部一期工程、二期工程,其结构体系利用大自然经过亿万年进化的仿生学原理,运用生物力学的智慧实现薄壳、大跨结构的最优解.同时项目在建筑材料的选用上进行了创造性的尝试,回收建筑废弃物作为装修用材,在建筑固废处理方面提供了新思路.仿生艺术建筑独特结构和装饰的设计表达及结构验算迫切需要采用数字建造技术来实现,真正实现BIM正向设计.我司通过采用数字建造技术结合工程实际解决测量定位、产品加工、现场施工等一系列困难,打造了一座集仿生、绿色为一体的办公综合体.
Research and Practice on Digital Green Construction Technology for Heterogeneous Biomimetic Art Buildings
With the rapid development of China's economy and the transformation and upgrade of the construction industry,the implementation of the"carbon peaking and carbon neutrality"strategy has urged various industries to carry out industrial transformation.Located in Shenzhen,the Phase 1 and Phase 2 of the Marisfrolg Headquarter Project is designed by Mr.Fred,a New Zealand architect.The project's structural system utilized bionic principles that nature has evolved over billions of years,and used the wisdom of biomechanics to achieve the optimal solution of thin shells and long-span structures.Meanwhile,the project made a creative attempt in building material selection and used recycled construction wastes as decorative materials,providing a new idea for construction solid waste treatment.Digital construction technology is desperately needed to achieve the design expression of the unique structure and decoration,as well as the structure checking of biomimetic art buildings,which made this building a true BIM forward design project.Combining digital construction technology and engineering practices,our company managed to overcome difficulties such as surveying and positioning,product processing,and site operating,and built an office complex that combines bionics and environmental protection.

biomimetic buildingconstruction solid waste treatmentdigital constructionBIM forward design

吴碧桥、周起太、缪昌华、季成岳

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江苏省华建建设股份有限公司,江苏扬州,225002

华建科工(深圳)股份有限公司,广东深圳,518000

仿生建筑 建筑固废利用 数字建造 BIM正向设计

2024

江苏建筑
江苏省土木建筑学会,江苏省建筑科学研究院有限公司

江苏建筑

影响因子:0.395
ISSN:1005-6270
年,卷(期):2024.(3)