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Trimble Korea applies BIM technology to the Gangneung Ice Arena, the venue for ice skating events.

Google 우선 소스Published2018.02.20 10:12
Minimizing errors throughout the entire process, including design, fabrication, and installation of the ice arena steel structure.
Using Tekla Structures for Detailed Design of Complex Pipe Truss Structures


Trimble Korea announced that its BIM software, Tekla Structures, was applied to the design of the Gangneung Ice Arena, one of the main stadiums for the 2018 PyeongChang Winter Olympics.

Tekla Structures' innovative technology, based on 3D modeling, played a crucial role in minimizing errors and completing construction within a short period of time throughout the entire process, from design to fabrication and installation of the complex steel structure of the Gangneung Ice Arena.

Opened in December 2016, the Gangneung Ice Arena, with its four above-ground and two underground levels, has a total floor area of 32,424 square meters and seating capacity of 12,000, and will host two popular ice events at the 2018 PyeongChang Winter Olympics: figure skating and short track speed skating. The first and second basement levels each feature two 30m x 60m ice rinks, and the Mixed Zone, where athletes and media meet after the competition, boasts the largest audience capacity of any ice rink hosting the Olympics.

The Gangneung Ice Arena's exterior is also acclaimed for its harmonious blend of the beauty of figure skating and the dynamism of short track speed skating. Due to the stadium's structural requirements for a large space, its roof is constructed using a complex pipe truss design. Dongbu Steel, which was in charge of fabricating and constructing the steel frame of this pipe truss structure, utilized Trimble's Tekla Structures to carry out the detailed design of the complex pipe truss structure, and through this, perfectly implemented a digital mock-up of the steel structure.

Dongbu Steel achieved error-free construction by conducting preliminary reviews prior to steel fabrication and construction, leveraging the rich information provided by the detailed 3D BIM design data implemented in Tekla Structures. Specifically, utilizing the design data, which is provided at a high level of detail (Level of Development (LOD) 400), improved the construction quality of complex steel structures and numerous joints on site. Furthermore, relevant departments and project stakeholders were able to collaborate and coordinate workflows within the 3D model view, thereby improving fabrication and construction efficiency.

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