The mold design of prefabricated building structural components is an important part of the production of prefabricated components. Traditional molds can only be produced with corresponding components, and the repeated utilization rate is low, resulting in the high cost of prefabricated buildings. important bottleneck. In order to optimize the design management and control to give full play to the integrated advantages of prefabricated building design, production and assembly, this paper systematically analyzes the feedback mechanism between the target requirement elements, functional structural elements and professional design elements of prefabricated components; The scope and feedback quality are used as optimization objective functions to establish a QFD-DSM model for the design and control of prefabricated components. After optimization through this method, the information interaction between the design elements of prefabricated components is stronger, the rework iteration is effectively reduced, the design task sequence is more scientific, and the design control effect of prefabricated components is significantly improved.

Meina Zhao, Xinyao Huang. Research on Improvement of Design Efficiency of Prefabricated Building Mold under Standardized Process. Academic Journal of Engineering and Technology Science (2022) Vol. 5, Issue 13: 26-32. https://doi.org/10.25236/AJETS.2022.051304.

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