Two-warehouse system for trapezoidal bipolar neutrosophic disparate expeditious worsen items with power demand pattern

Abstract

This paper is to introduce a two-warehouse system for trapezoidal bipolar
neutrosophic disparate expeditious worsen items with power demand pattern is dealt.
Inventory worsens in the both storehouses disparate fixed amount. Demand is considered three
different models (a) increasing demand (b) decreasing demand (c) linear demand. The model
effectiveness in identifying the optimal order time that minimized overall costs is improved by
the trapezoidal bipolar Neutrosophic number representation of the parameters. The Worsen in
self-warehouse at earliest but in other scenario rented warehouse mostly we have more
provision and potentiality provides for better growth in inventory. Finally, the model is
executed using the trapezoidal bipolar neutrosophic number with numerical examples.
Affectability analysis of the minimize solution of a total cost is effective to various types of the
model is provide the output are furnished in detail.