Using the basic model and Solibri Model Checker detection software, all collision issues are identified based on current design and construction standards, as well as the project’s specific requirements. Collisions between various professional 3D models are detected, highlighted, and numbered, with detailed collision views saved for reference. The scope of collision detection includes all potential conflicts between structural elements, buildings, mechanical and electrical pipelines, as well as interactions between these systems. Upon completing the inspection, a comprehensive report is generated. The design institute then uses this report to revise, improve, and supplement the construction drawings, ensuring high-quality design outcomes.
Collision detection plays a critical role throughout the entire real estate project design process. It seamlessly connects multiple professional disciplines such as structural engineering, architecture, electromechanical systems, and municipal landscaping, facilitating timely and effective collaboration. Design results are continuously updated on the collaborative platform, ensuring all teams stay aligned. In practice, the design work of one discipline inevitably affects—and is influenced by—the work of others. BIM collision checks serve as a tool to manage these interdependencies, maintaining balance and constraints across multi-disciplinary collaborative designs.
As the design process progresses, BIM models are used to perform collision checks across various disciplines’ design documents. This approach allows for the timely identification and resolution of conflicts within construction drawings, gradually refining and improving the accuracy of the design content. Addressing all design issues during the construction drawing phase helps prevent rework caused by component clashes during construction, effectively shortening project timelines and reducing construction costs for real estate developments.
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