BIM (Building Information Modeling) is a data model that integrates various professional information throughout the entire lifecycle of a construction project, based on three-dimensional digital technology. It provides a digital representation of a project’s 3D model alongside comprehensive building information data. BIM focuses on managing the building’s digital model throughout its entire life—from inception to demolition.
In recent years, research has expanded beyond using BIM solely as a tool for building lifecycle information modeling. Its scope now includes managing integrated parameter information across various stages such as engineering design, construction, operation, and maintenance. This approach ultimately produces a three-dimensional visual Building Information Model that supports comprehensive project management.
Applying BIM technology in fire safety management for high-rise building construction addresses the need for collaborative oversight and proactive hazard control during the construction process. It overcomes limitations found in traditional fire safety management methods by enabling effective information sharing and multi-party collaboration. In urban environments with limited land, high-rise construction sites often face space constraints that can lead to overlooked fire safety regulations during site planning.
Using BIM technology, fire safety management of high-rise construction sites benefits from intuitive 3D visualization, allowing comprehensive analysis of site dimensions, space allocation, and other critical factors. This dynamic planning capability helps optimize the use of construction site space and visually assess whether the plan complies with fire safety standards. For example, it can monitor the storage of combustible materials and the arrangement of open flame work areas.
By incorporating the time dimension, BIM4D enables simulation and clash detection of construction site spatial planning throughout different project stages. It is especially useful for identifying conflicts involving combustible materials near open flame operation points. This allows for continuous, reasonable adjustments to site planning, significantly reducing the risk of fire safety incidents.
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