Shanghai stands as one of China’s most advanced regions, boasting a diverse array of architectural styles that meet international standards. The city features numerous high-rise buildings, complex structures, and visually striking designs. These factors create ideal conditions for the widespread adoption and application of Building Information Modeling (BIM) technology.
Shanghai Center. The Shanghai Center is China’s first supertall skyscraper designed and constructed domestically, reaching over 600 meters in height—a remarkable engineering feat. The site’s soft soil geology presents significant construction challenges, making this project a global benchmark in complexity. Moreover, the Shanghai Center is surrounded by bustling commercial buildings, adding further difficulty to its construction. To tackle these challenges, advanced BIM technology was employed to design and simulate the entire construction process. The implementation of BIM drastically reduced material waste—estimated at approximately 60%. Guided by BIM, multiple work teams were able to operate simultaneously on different levels without interference, significantly accelerating the construction timeline and saving valuable time.
Shanghai Disneyland Resort. To ensure efficient and smooth construction of Shanghai Disneyland Resort, BIM technology was utilized from the preliminary design phase. Combined with other modeling software, BIM accurately simulated the construction process, allowing for precise scheduling and planning. This approach provided the design team with a highly optimized construction plan. Utilizing BIM enabled designers to develop superior design solutions and arrange the construction workflow more effectively, which significantly reduced waste and expedited project completion.
National Convention and Exhibition Center. Covering a total construction area of 1.47 million square meters and designed in a distinctive “four-leaf clover” shape, the National Convention and Exhibition Center integrated multiple high-tech solutions to maintain construction progress. Among these, BIM technology played a critical role in simulating and analyzing key data, especially concerning subway operations and safety. The E-building of the center is situated above Metro Line 2, with the basement divided into north and south sections directly adjacent to the subway tunnel. Above ground, the building is similarly split into two halves. To avoid placing the structural center of gravity directly over the subway line and to tightly connect the north and south sections above and below ground, the construction team proposed using a large-span steel structure to lift the 20,000-ton load-bearing sections on both sides above the subway line. BIM technology was instrumental in conducting spatial and mechanical simulations to evaluate the feasibility and risks of this innovative plan. This data-driven approach provided essential guidance and ensured the safe and uninterrupted operation of Metro Line 2 throughout the construction process.
Must log in before commenting!
Sign Up