Research on Integrated Indoor and Outdoor Design of Precast Public Buildings
The precast construction mode promotes the shift of public building design from on-site assembly to pre integration stage.
The spatial organization, component combination, and layout of the electromechanical system form a coupling relationship at the design end, and the traditional independent design method based on different specialties is difficult to meet the overall coordination requirements.
In practical engineering, there are problems such as spatial misalignment caused by inconsistent modular systems, thermal and waterproof defects caused by differences in component interface treatment, and compression of effective clearance and increased adjustment costs due to disorderly layout of mechanical and electrical systems.
This article takes a specific project as an example to explore the importance of establishing unified scale control, interface collaborative processing, and system integration logic in the design phase.
It comprehensively coordinates the relationship between space, components, and equipment to enhance the consistency and adaptability of precast public building design.
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