Multistage supply chain production–inventory model with collaborative preservation technology investment

Chang, Chi‐Chang; Lu, Chi-Jie; Yang, Chih-Te

doi:10.24200/sci.2020.53357.3200

Cited by 12 publications

(7 citation statements)

References 44 publications

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“…After that, they extended [19] by taking demand function is dependent on frequency of promotion and price in [20]. Recently, Chang et al [21] discussed a collaborative preservation technology investment-based supply chain model and shown that when considering the possibility of investing in collaborative preservation technology. Rahaman et al [22] discussed a green PI system with promotion of product, price and greenness influenced demand.…”

Section: Supply Chain Production-inventory Modelmentioning

confidence: 99%

A sustainable production inventory model for two deteriorating complementary products under preservation technology and carbon cap regulation

Haque,

Pervin,

Mondal

2024

Preprint

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Complementary items are very important for any business organization because it can increase the sells as well as profit of the company. Bundle item together can attract the customers. So, a sustainable production inventory system for two deteriorating complementary items is designed for optimal lot sizing and optimal number of deliveries for both decentralised and centralised supply chain coordination. To protect items from deterioration, both the supply chain members applied the technology for preservation. Carbon (mainly carbon dioxide) emits from various inventory operations such as production, setting up, holding. In this production supply chain, carbon cap-and-trade policy is used to lessen that emission. Due to market demand fluctuation, retailer may face shortages and based on these, two models for the retailer are designed for zero ending case and shortage case. Consumer waiting time dependent partially backlogging shortage are applied to the cover the shortage for the case of the retailer. Here, the manufacturer generates the entire production batch in a single operation but distributes it to the retailer in multiple shipments of fixed quantities at constant time intervals. The effect of decision variables on profit function for both centralized and decentralized system are derived. Finally, numerical explanations are illustrated to find the impact of carbon emission in different pricing systems. It is concluded from the numerical results that the profit function is totally dependent on degree of complementarity of the product. Sensitivity analysis is performed to find the stability of the proposed model.

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Section: Supply Chain Production-inventory Modelmentioning

confidence: 99%

A sustainable production inventory model for two deteriorating complementary products under preservation technology and carbon cap regulation

Haque,

Pervin,

Mondal

2024

Preprint

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“…Chang et al [6] explored a production-inventory model with a multi-stage supply chain that uses preservation technology to prevent deterioration and boost investment. In the context of preservation technology investment, Kumar et al [21] determined the optimal policies for deteriorating artifacts.…”

Section: Literature Reviewmentioning

confidence: 99%

Manufacturing/remanufacturing based supply chain management under advertisements and carbon emissions process

et al. 2022

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One of the most successful ways to get the word out about a product's popularity across all types of customers is through advertising. It has a valuable direct influence on increasing product demand. The supply chain model is developed for manufacturer and retailer, where advertisements are dependent on demand. The advertisement rate has been considered a function that has enhanced at a diminishing rate concerning time, although the growth rate slowed. During the manufacturing cycle, the market's demand is a function of advertisement, and the customer's demand is a linear function of time. The production rate exceeds the demand rate during manufacturing and remanufacturing; shortages are not faced. It involves a manufacturing/remanufacturing process that quickly delivers consumer products and less waste. To keep the environment clean, the cost of carbon emissions is incorporated into the manufacturer's and supplier's holding and degrading costs. The model's primary purpose is to minimize the overall cost of manufacturing and remanufacturing. The overall cost during the manufacturing cycle is higher than that during the remanufacturing cycle. This study confirms that the increasing cost of advertising provides the continuous increasing value of the total cost. A numerical example is provided, graphical representation and sensitivity analysis determine the function's behavior and test the model.

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“…In this research, developing a new approach based on the preservation-technology investment led to increase supply chain profit as well as reduce waste. Chang et al [11] developed a multi-stage deteriorating inventory model with considering preservation technology investment for maximizing the total profit. Yu et al [12] developed an inventory model for perishable products under carbon policy with considering preservation technology.…”

Section: Literature Reviewmentioning

confidence: 99%

Joint optimization of pricing, inventory control and preservation technology investment under both quality and quantity deteriorating

Salmasnia

Kohan

2021

Scientia Iranica

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This study presents a model for inventory control of deteriorating product in which both quantity and quality deterioration of the products are considered overtime. In this regard, for maximizing the profit, a new model is developed through two concepts: (1) establishing a decreasing pricing policy that depends on quality in order to prevent the decline in demand and product quality deterioration, and (2) investigating the level of investment in preservation technology as a significant solution in affecting the product deterioration rate. Consequently, it maintains the quality of products and increases their expiration date. In addition, the time value of money and inflation are well noticed in making the calculation of financial flows more accurate. To demonstrate the characteristics of the model, two comparative studies are conducted. The first one emphasizes the increase in the total profit of the inventory system caused by dynamic pricing policy, and another establishes the major impact of paying attention to the time value of money and inflation on making decisions.

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Multistage supply chain production–inventory model with collaborative preservation technology investment

Cited by 12 publications

References 44 publications

A sustainable production inventory model for two deteriorating complementary products under preservation technology and carbon cap regulation

A sustainable production inventory model for two deteriorating complementary products under preservation technology and carbon cap regulation

Manufacturing/remanufacturing based supply chain management under advertisements and carbon emissions process

Joint optimization of pricing, inventory control and preservation technology investment under both quality and quantity deteriorating

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