A two-echelon supply chain model is formulated to reduce lead time and setup time to obtain their impacts on the expected total cost when lead time demand is stochastic in nature. Two different safety factors are utilized to avoid shortages even though the system contains backorder. The lead time is lot size dependent and consists of production time as well as setup time. It does not follow any particular distribution as only mean and standard deviation are known to us. A distribution free approach is used here to handle this situation. Quality improvement and safety factor are related issues to make an impact in the model as they are directly related to the customer satisfaction. The unit production cost is variable and dependent on produc...
Companies with high-performing supply chains enjoy essential competitive ad- vantages. However, supp...
International audienceInformation sharing provides opportunities to reduce the safety stocks held to...
International audienceWe consider the supply planning for one level assembly system under uncertaint...
This model investigates the variable production cost for a production house; under a two-echelon sup...
This paper develops a continuous-review vendor-buyer supply chain (SC) model wherein the lead-time (...
In most safety stock placement models, manufacturing lead times are treated as constant and exogenou...
In this article, we have developed a two level supply chain model for defective items with controlla...
This paper presents a novel approach to safety stock management and investigates the impact of lead ...
This study proposes a supply chain management model with a flexible production rate and a price disc...
Lead time is an inseparable factor of any supply chain. Lead time uncertainty is known as one of the...
In the new global economy, the inventory control has become a priority for the supply chain manageme...
In this paper, we propose a supply chain design model that integrates facility location with safety ...
This paper presents an approximation model for the retailer replenishment lead-times in a two-echelo...
The effects of lead time uncertainty on optimal inventory policies in a two-echelon supply chain ope...
Throughout this dissertation we study the setting of operational performance objectives that prevent...
Companies with high-performing supply chains enjoy essential competitive ad- vantages. However, supp...
International audienceInformation sharing provides opportunities to reduce the safety stocks held to...
International audienceWe consider the supply planning for one level assembly system under uncertaint...
This model investigates the variable production cost for a production house; under a two-echelon sup...
This paper develops a continuous-review vendor-buyer supply chain (SC) model wherein the lead-time (...
In most safety stock placement models, manufacturing lead times are treated as constant and exogenou...
In this article, we have developed a two level supply chain model for defective items with controlla...
This paper presents a novel approach to safety stock management and investigates the impact of lead ...
This study proposes a supply chain management model with a flexible production rate and a price disc...
Lead time is an inseparable factor of any supply chain. Lead time uncertainty is known as one of the...
In the new global economy, the inventory control has become a priority for the supply chain manageme...
In this paper, we propose a supply chain design model that integrates facility location with safety ...
This paper presents an approximation model for the retailer replenishment lead-times in a two-echelo...
The effects of lead time uncertainty on optimal inventory policies in a two-echelon supply chain ope...
Throughout this dissertation we study the setting of operational performance objectives that prevent...
Companies with high-performing supply chains enjoy essential competitive ad- vantages. However, supp...
International audienceInformation sharing provides opportunities to reduce the safety stocks held to...
International audienceWe consider the supply planning for one level assembly system under uncertaint...