Subject Area
Production Engineering and Mechanical Design
Article Type
Original Study
Abstract
The measurement uncertainty has a significant impact on quality control processes. This is particularly true of standards that are assessed to determine if a product is compliant. This ambiguity introduces two potential risks of decision-making: accepting a non-conventional product (the consumer's risk) or rejecting a conventional product (the producer's risk). This investigation explores the potential for false decisions caused by measurement errors in product assessments. By studying data near the control limits, a greater understanding of the manufacturing process is intended to facilitate informed decision-making, and guide the implementation of effective quality control methods. The investigation highlights the importance of selecting suitable measurement instruments to reduce false positive quality control decisions, which resulted in 11.43% of initially accurate parts violating the 0.1 mm tool. The 0.001 mm tool has a higher degree of precision than the 0.01 mm tool, but it may not always be practical financially
Keywords
Uncertainty, Size Tolerance, Risk, Decision-making
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
Sedeek, Mostafa Awadalla; Elerian, Fatma Abdallah; Abouelatta, Ossama Badie; and AbouEleaz, Mona. A.
(2024)
"A Decision-making Approach to Reduce the Risk of Measurement Uncertainty for Product Size,"
Mansoura Engineering Journal: Vol. 49
:
Iss.
5
, Article 2.
Available at:
https://doi.org/10.58491/2735-4202.3223