Equipments Maintainability Using Simulation

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Ajide olufemi
Ajide olufemi
σ
Dr. AJIDE
Dr. AJIDE
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O.O.
O.O.
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ADEGBOLA
ADEGBOLA
¥
A.A.
A.A.
α University of Ibadan University of Ibadan

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Equipments Maintainability Using Simulation

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Abstract

The challenges of maintenance of engineering equipments and infrastructures are presently attracting researchers’ interest. This paper investigates the maintainability of imported “Tokunbo” gear drives in power transmission. In this study, maintainability requirements were quantitatively specified, measured and demonstrated. A combination of Analysis of variance (ANOVA) and Monte Carlo simulation technique were used in this study to determine maintainability of gear drives in power transmission. It was established from the study that gear drives of the same types and condition but from different manufacturing sources have different maintainability. This work provides a useful guide to designers and maintenance engineers in enhancing the maintainability of engineering equipments and systems. This will in no doubt ensure smooth production operations while in service.

References

11 Cites in Article
  1. B Blanchard,V Dinesh,L Elmer (1995). Maintainability: a Key to Effective Management.
  2. V Ceric (1990). Simulation study of an Automated Guided-Vehicle System in a Yugoslave.
  3. : Crosetti (1997). Commercial Application of Fault Tree Analysis, 9 th Reliability and Maintainability Conference.
  4. J David (2001). Reliability, Maintainability and Risk Practical Method for Engineers.
  5. J Hao,Y Yu,Q Xue (2002). A maintainability analysis visualization system and its development under the AutoCAD environment.
  6. A Houshyar (2003). Comparison of Different Maintenance Policies Using Simulation.
  7. T Jack (2001). Maintainability of Military Aircraft by US Department.
  8. Lori Kaufman,Ted Giras (2000). Axiomatic Safety-Critical Assessment Process (ASCAP) Simulation Methodology.
  9. M Mark (2000). Equipment Reliability and Maintainability.
  10. T Roger (1979). Operational Test and Evaluation: A System Engineering Process.
  11. C Sean,G Julie,S Marshall (2002). Closed-Loop, Simulation-Based Systems Engineering Approach to Life Cycle Management of Defence System.

Funding

No external funding was declared for this work.

Conflict of Interest

The authors declare no conflict of interest.

Ethical Approval

No ethics committee approval was required for this article type.

Data Availability

Not applicable for this article.

How to Cite This Article

Ajide olufemi. 1970. \u201cEquipments Maintainability Using Simulation\u201d. Global Journal of Research in Engineering - A : Mechanical & Mechanics GJRE-A Volume 11 (GJRE Volume 11 Issue A6): .

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Crossref Journal DOI 10.17406/gjre

Print ISSN 0975-5861

e-ISSN 2249-4596

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The challenges of maintenance of engineering equipments and infrastructures are presently attracting researchers’ interest. This paper investigates the maintainability of imported “Tokunbo” gear drives in power transmission. In this study, maintainability requirements were quantitatively specified, measured and demonstrated. A combination of Analysis of variance (ANOVA) and Monte Carlo simulation technique were used in this study to determine maintainability of gear drives in power transmission. It was established from the study that gear drives of the same types and condition but from different manufacturing sources have different maintainability. This work provides a useful guide to designers and maintenance engineers in enhancing the maintainability of engineering equipments and systems. This will in no doubt ensure smooth production operations while in service.

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Equipments Maintainability Using Simulation

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