基于有向网络的双U型装配线平衡实验与分析

doi:10.13229/j.cnki.jdxbgxb20170092

Abstract

Abstract: A new method of directed weighted network is proposed to solve the problems of assembly line design and assembly line balancing. The structure of the product (car model) is analyzed on the existing linear assembly line in the laboratory, the assembly line is designed. The process time and preceded relationship between the tasks are obtained, and the line balance is not high. In order to improve the production efficiency, the mathematical model of the product assembly process is established. The weight of the priority relationship in the model is calculated using directed weighted network theory. The computer program is calculated and the assembly process of four wheel drive model is reconstructed by the heuristic algorithm. The U-shaped assembly line is compared with the existing linear assembly line, which shows that the balance rate is increased by 9.4%, thus verifying the superiority of the model and the algorithm. The weighted network theory improves the operation efficiency and provides a new method for calculation of the balance problem of large assembly line.

Key words: industrial design, U-shaped assembly line, heuristic algorithm, directed network

CLC Number:

TB491

JIAO Yu-ling, XU Liang-cheng, WANG Zhan-zhong, ZHANG Peng. Balance experiment and analysis of double U-shaped assembly line based on directed network[J].吉林大学学报(工学版), 2018, 48(2): 454-459.

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Balance experiment and analysis of double U-shaped assembly line based on directed network

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