In order to ensure that the prepared plan can be effectively guided in the actual production and maximize production efficiency,it is necessary to study the process of preparing the master plan of an architectural prefabricated component production line that is put into production layer by layer.Additionally,theoretical and methodological support for the formulation of a reasonable master plan of the production line is provided to analyze the production mode of architectural prefabricated components and the construction mode of assembled buildings,establish a mathematical model,propose the main planning method of the production line oriented architectural in the global optimization process to optimize the weekly planned production volume probability selection factors are set.Using the improved whale optimization algorithm in 40 simulation experiments versus the other three algorithms,the average single-week production of prefabricated building components increased by 16.78%,7.74%,and 3.23%,respectively,and the average completion time decreased by 13.1%,5.36%,and 3.64%,respectively.The improved method can effectively improve the convergence speed of the whale optimization algorithm and the positioning accuracy of the optimal solution,and balance the global nature of convergence.The master planning method of building prefabricated component production line that goes into production by layer can effectively reduce the completion time,increase the output,maximize the utilization of resources,and guarantee the high efficiency of the production process.
关键词
主计划编制/改进鲸鱼优化算法/建筑预制构件/周投产计划
Key words
master plan preparation/improved whale optimization algorithm/building prefabricated components/weekly production schedule
维普
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