Evaluation of Measurement System Analysis Techniques for Screw Shaft Manufacturing in Teaching Factory Setting DOI Open Access
Fredy Sumasto, Indra Rizki Pratama, Febriza Imansuri

и другие.

Jurnal Inotera, Год журнала: 2024, Номер 9(1), С. 119 - 126

Опубликована: Апрель 22, 2024

This study examines the Evaluation of Measurement System Analysis (MSA) Techniques for Screw Shaft Manufacturing in a Teaching Factory Setting at Politeknik STMI Jakarta. The research investigates precision and accuracy measurement system using statistical methods such as Variance (ANOVA), Number Distinct Categories (NDC), metrics like Total Gauge Repeatability Reproducibility (GRR), Repeatability, Reproducibility. Through comprehensive data collection, including multiple appraisers across various trials measured quantitative surveys qualitative observations, dimensions tolerances. collected underwent thorough analysis utilizing ANOVA to explore sources variation measurements. results MSA provided critical insights into system's performance. variability (9.97%) reproducibility (3.80%) contribute total GRR 10.67%, indicating an acceptable system. Part-to-part emerged primary source variability, emphasizing importance addressing part differences quality control processes. Moreover, highlighted influence different factors on consistency. Part variations significantly impacted underscoring need manage effectively. assessment repeatability revealed consistency reliability. These findings carry significant implications both industry education. Understanding affecting enables implementation corrective measures enhance product Additionally, advancements techniques management practices environments improved competitiveness industrial settings. Continued evaluation are crucial further enhancing systems manufacturing

Язык: Английский

Optimal Decision-making for Production Processes Based on Goal Programming Algorithm DOI

Ruijiao Zhao

Highlights in Business Economics and Management, Год журнала: 2025, Номер 51, С. 132 - 140

Опубликована: Фев. 27, 2025

Quality inspection is the focus of global attention, related to survival and development enterprises. Focusing on problem product quality inspection, this paper proposes design a reasonable sampling scheme for enterprises under given conditions formulate an optimal production in industrial process multi-process multi-parts maximize profits. By establishing Bayesian optimization model, quantifying decision variables adopting goal planning algorithm, complex environment solved. However, order improve applicability accuracy subsequent work should also include dynamic assessment disassembled parts, adjustment market price compensation. What’s more, model has wide range can help manufacturers different fields efficiency while reducing costs.

Язык: Английский

Процитировано

0
Evaluation of Measurement System Analysis Techniques for Screw Shaft Manufacturing in Teaching Factory Setting DOI Open Access
Fredy Sumasto, Indra Rizki Pratama, Febriza Imansuri

и другие.

Jurnal Inotera, Год журнала: 2024, Номер 9(1), С. 119 - 126

Опубликована: Апрель 22, 2024

This study examines the Evaluation of Measurement System Analysis (MSA) Techniques for Screw Shaft Manufacturing in a Teaching Factory Setting at Politeknik STMI Jakarta. The research investigates precision and accuracy measurement system using statistical methods such as Variance (ANOVA), Number Distinct Categories (NDC), metrics like Total Gauge Repeatability Reproducibility (GRR), Repeatability, Reproducibility. Through comprehensive data collection, including multiple appraisers across various trials measured quantitative surveys qualitative observations, dimensions tolerances. collected underwent thorough analysis utilizing ANOVA to explore sources variation measurements. results MSA provided critical insights into system's performance. variability (9.97%) reproducibility (3.80%) contribute total GRR 10.67%, indicating an acceptable system. Part-to-part emerged primary source variability, emphasizing importance addressing part differences quality control processes. Moreover, highlighted influence different factors on consistency. Part variations significantly impacted underscoring need manage effectively. assessment repeatability revealed consistency reliability. These findings carry significant implications both industry education. Understanding affecting enables implementation corrective measures enhance product Additionally, advancements techniques management practices environments improved competitiveness industrial settings. Continued evaluation are crucial further enhancing systems manufacturing

Язык: Английский

Процитировано

0