Add to ORKGThis paper proposes an inventory control model for fixed deterioration and Logarithmic demand rat for the optimal stock of commodities to meet the future demand which may either arise at a constant rate or may vary with time. The analytical development is provided to obtain the optimal solution to minimize the total cost per time unit of an inventory control system. Numerical analysis has been presented to accredit the validity of the mentioned model. Effect of change in the values of different parameters on the decision variable and objectives function has been studied. Keywords: Inventory Control, Fixed Deterioration, Logarithmic Demand rate, Commodities
Nowadays, consumers are more health conscious than before, and their demand of fresh items has inten...
Background: Deterioration is a natural process for most of the items as such it cannot be ignored in...
In this paper, an inventory model of deteriorating products with life time has been discussed. Deman...
In this paper, we develop an inventory model for non-instantaneous deteriorating items under the ...
Abstract: In this paper, we develop an inventory model for non-instantaneous deteriorating items und...
In this paper, we have modeled a business which starts with shortage of deteriorating items. After ...
In this paper, the inventory model for deteriorating items with non-linear production rate depending...
An inventory model with three different rates of production rate and stock dependent demand is consi...
This paper considers the problem of determining the price, cycle time and preservation technology co...
Economic order quantity (EOQ) is one of the most important inventory policy that have to be decided...
The objective of this model is to investigate the inventory system for perishable items with time pr...
Determining the optimal inventory control and selling price for deteriorating items is of great sign...
The purpose of this study is to develop time dependent quadratic demand and variable holding cost, a...
The implicit assumption in conventional inventory models is that the stored products maintain the sa...
[EN] In this paper, a deterministic inventory model is developed for instantaneous deteriorating ite...
Nowadays, consumers are more health conscious than before, and their demand of fresh items has inten...
Background: Deterioration is a natural process for most of the items as such it cannot be ignored in...
In this paper, an inventory model of deteriorating products with life time has been discussed. Deman...
In this paper, we develop an inventory model for non-instantaneous deteriorating items under the ...
Abstract: In this paper, we develop an inventory model for non-instantaneous deteriorating items und...
In this paper, we have modeled a business which starts with shortage of deteriorating items. After ...
In this paper, the inventory model for deteriorating items with non-linear production rate depending...
An inventory model with three different rates of production rate and stock dependent demand is consi...
This paper considers the problem of determining the price, cycle time and preservation technology co...
Economic order quantity (EOQ) is one of the most important inventory policy that have to be decided...
The objective of this model is to investigate the inventory system for perishable items with time pr...
Determining the optimal inventory control and selling price for deteriorating items is of great sign...
The purpose of this study is to develop time dependent quadratic demand and variable holding cost, a...
The implicit assumption in conventional inventory models is that the stored products maintain the sa...
[EN] In this paper, a deterministic inventory model is developed for instantaneous deteriorating ite...
Nowadays, consumers are more health conscious than before, and their demand of fresh items has inten...
Background: Deterioration is a natural process for most of the items as such it cannot be ignored in...
In this paper, an inventory model of deteriorating products with life time has been discussed. Deman...