A Cost Model for Parameter Design
Proposes a cost model for parameter design in quality engineering. In this model the total cost is minimized to obtain the best design. The total cost includes quality loss, cost for input characteristic, and cost for objective characteristic adjustment. Presents the best mean level of an input characteristic for the parameter design, which has a quadratic relationship between an input and an objective characteristic.
Year of publication: |
1993
|
---|---|
Authors: | Day, Jen‐der |
Published in: |
International Journal of Quality & Reliability Management. - MCB UP Ltd, ISSN 1758-6682, ZDB-ID 1466792-7. - Vol. 10.1993, 5
|
Publisher: |
MCB UP Ltd |
Subject: | COST CONTROL | COST OF QUALITY | ENGINEERING | QUALITY CONTROL |
Saved in:
Online Resource
Saved in favorites
Similar items by subject
-
Does Higher Quality Mean Higher Cost?
Johnson, Russell D., (1993)
-
Economics of Quality: Choosing among Prevention Alternatives
Merino, Donald N., (1990)
-
The development of measures of the cost of quality for an engineering unit
Johnson, Mark A., (1995)
- More ...