BIM technology is fundamentally a team-based approach that promotes collaboration, enabling group design efforts and seamless information sharing throughout a building’s lifecycle. This collaborative mode enhances both design efficiency and project management. For instance, Magicad software centers around establishing a project management system that allows various disciplines to work together, integrate solutions, and achieve coordinated designs.
Applying BIM in the design process can significantly shorten project timelines. A prime example is the Fantasy Fairy Tale Castle at Shanghai Disneyland, which was fully managed and controlled from design to construction using BIM technology. Different software tools like Revit Architecture and Revit MEP offer specialized capabilities tailored to various fields. For seismic supports and standard load-bearing hangers used in mechanical and electrical seismic systems, pre-built parameterized families are imported and arranged directly within the model. One key advantage over traditional CAD is BIM’s ability to automatically attach and align pipes and elevations within the system for these imported families.
Moreover, BIM offers significant advantages in the later stages of material quantification for installation brackets—capabilities that traditional CAD lacks. It provides comprehensive statistics not only on material quantities but also on the properties of each bracket type.
Material management based on BIM goes beyond logistics coordination involving detailed design, prefabrication, logistics tracking, and on-site installation. It also encompasses comprehensive information management throughout the entire construction process. For example, in Europe and America, the assembly support process follows a sequence: pre-embedded parts, transition beams, and suspended supports and hangers. The accuracy of pre-embedding positions relies heavily on the integration of BIM simulation with construction practices.
The technical documentation for Longyao Road Station on Shanghai Metro Line 11 illustrates BIM’s impact in practice. During the installation of the station’s mechanical and electrical equipment, BIM technology was used to create a data model that detected 112 pipeline clashes in advance. Of these, 93 conflicts were automatically resolved, and 19 design changes were implemented. This proactive approach significantly reduced coordination issues, rework, and delays across various specialties, cutting costs by 30%, shortening the construction schedule by approximately 10%, and providing long-term benefits for maintenance and management.
Beyond wind and hydraulic analyses, BIM can be integrated with mechanical analysis software such as ANSYS and ABAQUS. This combination allows for stress analysis on support components to verify whether their loads and the forces exerted by anchor bolts comply with relevant mechanical standards.
In summary, this article has provided an overview of the applications of BIM technology in support and hanger systems. We hope this information proves helpful to everyone interested in this field!
Must log in before commenting!
Sign Up