Add to ORKGIn this paper, we address this issue of a hybrid system where both used and new parts can serve as inputs in the production process to satisfy an uncertain market demand. The yield of the used parts is random. A firm needs to make production and procurement decisions in the face of this uncertainty. Three different cases are presented depending on the amount of information the firm has about the yield rate. We determine the optimal procurement and production quantity for the firm. Results of extensive numerical analyses have been presented including sensitivity analyses on various problem parameters.Remanufacturing Random yield Procurement Production
In this paper we consider production planning of remanufactured products when inputs have different ...
Remanufacturing is a product recovery process that transforms a used product into “like-new” conditi...
Using reverse logistics in production systems can help to reduce costs. However, it can also mean in...
In this paper, we consider a supply chain with one original equipment manufacturer (OEM) and one ret...
In remanufacturing research, most researchers predominantly emphasised on the recovery of whole prod...
Cores acquired by a remanufacturer are typically highly variable in quality. Even if the expected fr...
Many products with several types are produced in more than one production stage subject to various p...
The remanufacturing process of reusable parts in uncertain reverse logistics environment is consider...
In this paper, we consider production planning when inputs have different and uncertain quality leve...
The intensive shortage of natural resources and the inchoate phase of automobile remanufacturing in ...
Uncertainty in the supply of used products- both in terms of quantity and quality- has been identifi...
In this paper we consider production planning of remanufactured products when in-puts have different...
We consider a firm who supplies two types of products: high-end and low-end. Because of the uncertai...
The operation process for a class of manufacturing/remanufacturing system is considered. In this sys...
When both purchase of new products and remanufacturing of returned products constitute options for a...
In this paper we consider production planning of remanufactured products when inputs have different ...
Remanufacturing is a product recovery process that transforms a used product into “like-new” conditi...
Using reverse logistics in production systems can help to reduce costs. However, it can also mean in...
In this paper, we consider a supply chain with one original equipment manufacturer (OEM) and one ret...
In remanufacturing research, most researchers predominantly emphasised on the recovery of whole prod...
Cores acquired by a remanufacturer are typically highly variable in quality. Even if the expected fr...
Many products with several types are produced in more than one production stage subject to various p...
The remanufacturing process of reusable parts in uncertain reverse logistics environment is consider...
In this paper, we consider production planning when inputs have different and uncertain quality leve...
The intensive shortage of natural resources and the inchoate phase of automobile remanufacturing in ...
Uncertainty in the supply of used products- both in terms of quantity and quality- has been identifi...
In this paper we consider production planning of remanufactured products when in-puts have different...
We consider a firm who supplies two types of products: high-end and low-end. Because of the uncertai...
The operation process for a class of manufacturing/remanufacturing system is considered. In this sys...
When both purchase of new products and remanufacturing of returned products constitute options for a...
In this paper we consider production planning of remanufactured products when inputs have different ...
Remanufacturing is a product recovery process that transforms a used product into “like-new” conditi...
Using reverse logistics in production systems can help to reduce costs. However, it can also mean in...