Setup Reduction in the Economic Production Quantity Model
Seung Lae Kim, Jack C. Hayya, Jae‐Dong Hong
Abstract
Seung Lae Kim, Jack C. Hayya, Jae‐Dong Hong
Abstract
ABSTRACT We present an analysis of setup cost reduction using the economic production quantity model. The objectives of the paper are to draw conclusions by investigating several classes of setup reduction functions and to provide a general solution procedure. We examine the trade‐offs between reduced inventories and increased capital investment and show that given any hypothetical setup cost reduction function, we can determine whether the total relevant cost can be reduced and how the reduction is achieved.
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ABSTRACT We present an analysis of setup cost reduction using the economic production quantity model. The objectives of the paper are to draw conclusions by investigating several classes of setup reduction functions and to provide a general solution procedure. We examine the trade‐offs between reduced inventories and increased capital investment and show that given any hypothetical setup cost reduction function, we can determine whether the total relevant cost can be reduced and how the reduction is achieved.
Key concepts: Reduction (mathematics), Production (economics), Cost reduction, Investment (military), Function (biology), Capital investment, Economics, Computer science