A GSC INVENTORY MODEL FOR DETERIORATING ITEMS UNDER TRADE CREDIT POLICY WITH INFLATION

After a disaster, there is no sufficient capital near retailers initially. He cannot or less provide the disaster relief deteriorating inventory to a disaster-affected customer who is in the shelter. In this situation manufacturer provides a trade credit policy to the retailer and the retailer provides a trade credit policy to the customer. This research paper proposed a mathematical model in GSC under trade credit policy with credit period-dependent demand for disaster relief deteriorating items. Timedependent deterioration and inflation which affect inventory management decisions are considered. The objective is to optimize the total cost and eco friendly environment. A numerical illustration is carried out to demonstrate the effectiveness of the model by using Software MATHEMATICA 12.0. Sensitivity analysis is carried out to show the behavior of the different parameters on the optimal solution.

Authors

Publication Details

Journal
jnanabha
Published
2025-01-01
DOI
https://doi.org/10.58250/jnanabha.2025.55103
Primary Topic
Working Capital and Financial Performance
Type
article
Field-Weighted Citation Impact
0.00
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article

A GSC INVENTORY MODEL FOR DETERIORATING ITEMS UNDER TRADE CREDIT POLICY WITH INFLATION

Ravish Kumar Yadav, Mandeep Singh, S.R. Singh, Dipti Singh
jnanabha
Working Capital and Financial Performance
article

A GSC INVENTORY MODEL FOR DETERIORATING ITEMS UNDER TRADE CREDIT POLICY WITH INFLATION

Ravish Kumar Yadav, Mandeep Singh, S.R. Singh, Dipti Singh
article en

Abstract

After a disaster, there is no sufficient capital near retailers initially. He cannot or less provide the disaster relief deteriorating inventory to a disaster-affected customer who is in the shelter. In this situation manufacturer provides a trade credit policy to the retailer and the retailer provides a trade credit policy to the customer. This research paper proposed a mathematical model in GSC under trade credit policy with credit period-dependent demand for disaster relief deteriorating items. Timedependent deterioration and inflation which affect inventory management decisions are considered. The objective is to optimize the total cost and eco friendly environment. A numerical illustration is carried out to demonstrate the effectiveness of the model by using Software MATHEMATICA 12.0. Sensitivity analysis is carried out to show the behavior of the different parameters on the optimal solution.

jnanabhaVol. 55(01)
Openalex Percentile: Top 71%
Working Capital and Financial Performance
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