纽约洋基队体育馆的BIM模型
2015-04-17     作者:bim    浏览:16    评论:0        
导读:New York Yankees Stadium, USAThornton TomasettiFabrication by modelingThis project, big in scale and stature, is 1,325,0

New York Yankees Stadium, USA

Thornton Tomasetti

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Fabrication by modeling
This project, big in scale and stature, is 1,325,000 square feet standing 7 stories made up of cast-in-place concrete, composite steel framing, composite metal deck, and a prestressed-precast seating bowl. It has long-span cantilevered tiered seating with upper levels that cantilever 50’ beyond the support columns for the main seating level. The re-interpretation of the signature Yankee frieze at the canopy is 1465 feet long. Tekla Structures was used by the design team to develop a model for use by the fabricator. Full BIM processing was done using NavisWorks and included models from the architect, engineer, mechanical and erection contractors. There were a total of 12,000 tons of structural steel and 45,000 cubic yards of concrete used to construct this project. The structure took 18 months to design and 32 months for the construction.

 

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BIM was instrumental in early discovery of construction difficulties
yYJ中国BIM门户 - ChinaBIM.com
Building
information modeling was a driving factor for successful completion of design and construction of the New Yankees Stadium. Multiple components of BIMs were initiated by the design team and maintained through the completion of construction by Turner Construction Company and their trade contractors. Individual components of the total BIM were imported into a common format by Turner and then used during extensive design and construction coordination meetings. Thornton Tomasetti started modeling the steel and concrete structures during the design phase, and the Tekla model was then provided to structural steel contractor CANAM, who completed the model through shop drawings and fabrication, as well as continued to updat the steel components of the model in Turner’s evolving Navisworks model. The 3D digital representation of the complex interactions of all trades was instrumental in discovering and solving many construction difficulties early, in an electronic model rather than in the field.

 

 

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