Financial cost inclusive reformulations of inventory lot size models
โ Scribed by Richard A. Followill; Dinesh S. Dave
- Publisher
- Elsevier Science
- Year
- 1998
- Tongue
- English
- Weight
- 234 KB
- Volume
- 34
- Category
- Article
- ISSN
- 0360-8352
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โฆ Synopsis
AbstractรInventory systems for deterministic demand have been extensively discussed in the literature. Generally, lot size models have been developed to minimize per-period total inventory costs. Financial management theory, however, strongly suggests that the fundamental objective of management is to maximize shareholder wealth. Thus, in theory, inventory policy decisions should be made within a net present value, wealth maximization context. This paper reformulates the uniform replenishing rate inventory model in a present value framework under two cash-ยฏow scenarios. In the ยฎrst scenario, which is shown to be equivalent to the classical EOQ model, it is demonstrated that the classical EOQ methodology is consistent with the present value reformulation. In the second scenario, which is consistent with the classical uniform replenishing rate model, the present value reformulation recommends substantially higher optimal order quantities than the classical model and provides insight about both the traditional methodology and future uses of the present value methodology.
๐ SIMILAR VOLUMES
The stability region of the dynamic lot size problem understood as the set of cost parameter inputs for which an optimal solution remains valid has been studied in various papers of V6r6s and the author. Recently van Hoesel and Wagelmans discussed these results and suggested some numerical improveme
## Abstract The costs of many economic activities such as production, purchasing, distribution, and inventory exhibit economies of scale under which the average unit cost decreases as the total volume of the activity increases. In this paper, we consider an economic lotโsizing problem with general