Maleki Fateme, Yaghoubi Saeed, Fander Atieh
School of Industrial Engineering, Iran University of Science and Technology, Tehran, Postal code: 16846-13114 Iran.
Environ Dev Sustain. 2022 Aug 12:1-33. doi: 10.1007/s10668-022-02603-0.
Current research concentrates primarily on the effect of the organic level on the deterioration rate of products over a two-echelon food supply chain with two manufacturers and a retailer. One of the manufacturers produces organic products (OP), which is called the organic manufacturer (OM), and the other one produces non-organic products (NOP) with sales effort, which is called the non-organic manufacturer (NOM). Indeed, the NOM compensates for the organic advantage of OM by sales effort. The deterioration rate is assumed to be an ascending function of the organic level, and the products start to deteriorate at a specific rate that depends on the type of that product. In this study, the green supply chain based on the organic level is firstly examined in decentralized and centralized conditions, and then coordination between the retailer and the OM with the contract mechanisms is investigated. To demonstrate the performance of mathematical models, a real-world example and sensitivity analysis of crucial factors are presented. Thus, the chain profit increases, but one of the member's profits will decrease.
当前的研究主要集中在有机水平对具有两个制造商和一个零售商的两级食品供应链中产品变质率的影响。其中一个制造商生产有机产品(OP),称为有机制造商(OM),另一个制造商通过销售努力生产非有机产品(NOP),称为非有机制造商(NOM)。实际上,非有机制造商通过销售努力来弥补有机制造商的有机优势。假设变质率是有机水平的递增函数,并且产品开始以取决于该产品类型的特定速率变质。在本研究中,首先在分散和集中条件下研究基于有机水平的绿色供应链,然后研究零售商与有机制造商之间通过合同机制的协调。为了证明数学模型的性能,给出了一个实际例子和关键因素的敏感性分析。因此,链条利润增加,但其中一个成员的利润将减少。