物流工程-基于SLP法的巨力恒钢绳厂设施布置优化与设计论文.docx

本科论文 PAGE 45 Abstract In recent years, the steel manufacturing industry in various countries is developing rapidly. Under the background of global economy, many foreign experienced and technologically mature steel manufacturing enterprises begin to invest and build factories in China. However, the local steel manufacturing enterprises in China are also continuously optimizing and upgrading, which leads to more and more fierce market competition in China, In the face of strong competitive pressure from various domestic and foreign competitors, juliheng steel rope factory needs to reduce its production cost and then reduce the selling price of steel wire rope, so as to ensure the number of customers and even attract more buyers, so as to occupy a place in the market competition. This design takes Juli Heng steel rope factory as the research object, and uses SLP method of system layout design to optimize the facility layout of Juli Heng steel rope factory. First, divide the work units in the plant area, analyze the logistics relationship between the work units according to the logistics volume value of forklift transportation between the work units obtained in the previous field survey, and then get the logistics relationship table between the work units, and then carry out the non logistics interaction between the work units according to the closeness of the relationship between the work units Through relationship analysis, we can get the non logistics relationship table between operation units. Then, according to the logistics relationship level and non logistics relationship level between operation units, we can weight the importance of logistics relationship and non logistics relationship to get the comprehensive relationship level and score between operation units. According to the calculated comprehensive relationship level, we can Get the comprehensive relationship table between the work units, then sort the proximity of the work units according to the leve