BIM technology, which originated in 1975, was first introduced by Dr. Chuck Eastman in 1974. Known as the “father of BIM,” he proposed the concept of the “Building Description System” and emphasized its potential as the future direction of the construction industry. The establishment of the BIM concept marked a significant milestone in the history of architecture. Over recent decades, BIM technology has greatly enhanced project management efficiency within the construction sector.
BIM involves creating a detailed three-dimensional model of an actual engineering structure that integrates various professional data, performance metrics, functional requirements, and other relevant information. This comprehensive 3D model contains all effective data related to the real building, allowing stakeholders such as project owners, construction teams, designers, supervisors, and auditors to access and contribute information directly to the model. The introduction of BIM technology has significantly boosted work efficiency, improved engineering quality, and increased project benefits by effectively addressing issues like delayed information and poor communication among participants during construction.
Steps of BIM Technology for Managing Super High-Rise Building Construction
The simulation workflow for managing the actual construction of super high-rise projects includes the following steps: referencing and importing the model, organizing it into a collection; developing a project schedule; setting simulation parameters and conducting simulations and debugging; establishing camera waypoints; and finally, exporting the simulation. For a detailed overview, please refer to Software Diagram 1.
This completes the overview of the BIM technology application process for managing super high-rise building construction. We hope this article provides valuable insights for everyone!
Must log in before commenting!
Sign Up