A collaborative BIM process reduces design time by 60% on the Olympic stadium in Hangzhou
Project
Published by:
Datasheet
Company: BIAD
Location: Hangzhou, China
Year of the project: 2022
Description
The Hangzhou Olympic and International Expo Center contracted Beijing Institute of Architectural Design (BIAD) to plan and design a new stadium for the 2022 Hangzhou Asian Games. This 400,000-square-meter stadium included car park, commercial facilities, and the Olympic swimming pool.
For the Olympic swimming pool BIAD leveraged AECOsim Building Designer’s computational design capabilities for parametric design of the building. By adding algorithms for the structural analysis, BIAD determined the shape and detail of each component. Using this methodology ensured that an optimized design for the interior and exterior, as well as the relational dependencies, would be achieved.
The project team applied a BIM methodology to the structure, curtain walls, rainwater, lighting, ventilation, and underground commercial buildings by using innovative applications and new work processes. Challenging terrain caused by the Qiantang River required careful planning, and BIAD used automated complex modelling techniques in conjunction with parametric design to extract logic for the surface size and shapes. Consistency was needed between the steel structure and the architectural design, all carefully coordinated with the structural load analysis.
For this CNY 4.5 billion project, BIAD standardized on a BIM methodology to assemble all the components for the planning and design stages. With enhanced 3D modelling, the team could conform to design standards and ensure integration with the electromechanical systems. The comprehensive BIM models provided accuracy and integrity for all phases of the lifecycle and data consistency ensured validity through all phases of the project. Bentley Navigator supported clash detection and BIM review, ensuring errors were resolved before construction, saving valuable time and resources. ProStructures and STAAD were used for steel structure calculations, reducing design cycle time as well as providing engineering analysis for integrity.
ProjectWise created a common data environment, which enabled engineering data to be shared by a distributed team in structured BIM workflows. This interoperable digital workflow provided greater fidelity, flexibility, and transparency for the designers, construction firms, and the owner.
By using Bentley’s comprehensive modelling and common data environments, BIAD reduced design time by 60 percent. Moreover, clash detection and pipeline collision testing saved the project team 100 resource days.
“Powerful logic capabilities provided by AECOsim Building Designer delivered calculations not expressed by the human brain. MicroStation uses a common and simple way to achieve seamless links between the complex 3D model and the traditional 2D drawing. ProjectWise organized the complex file management and process control.” Yapeng You, Director Architect, BIAD Huyue Studio
Type of Work
- Building
area
- 400.000 m2
Companies collaborating in the project
- ProjectWise
How was the BIM Experience in the project?
Reality Simulation: Does it help to get an idea of the final product?
Waste reduction, labor costs and deviations
Greater control of the construction process
Improves collaboration between agents
Conflict resolution and clash detection
Correction and error handling
