The design of a BIM component library focuses on two main aspects: fulfilling functional requirements and enhancing performance. It follows these fundamental principles:
1. Practicality: This is the most fundamental principle in BIM component design. The library must effectively support prefabricated structural design, making practicality essential. Without it, the library loses its purpose.
2. Applicability: The BIM component library should be adaptable to various prefabricated structural systems. It must also enable seamless interaction and collaboration with prefabricated design platforms.
3. Scalability: The library should be easily expandable to accommodate new functional requirements that arise during the lifecycle of prefabricated buildings, such as operations and maintenance, virtual lifting, and cost optimization.
4. Standardization: All technologies, functions, and performance indicators within the BIM component library must comply with national, industry, and regulatory standards.
5. Completeness: Given the diversity of prefabricated structural systems, the BIM component library should comprehensively include the main components of various structural types, organized systematically according to established rules.
6. Efficient Retrieval: To handle a large number of components and meet users’ specific needs, the library must provide a robust search function. This allows designers, constructors, and manufacturers to customize retrieval methods based on their particular requirements.
7. Unified Planning and Design: The creation of the BIM component library requires coordinated planning to ensure structural design consistency across different functional levels.
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