Comparative analysis of reliability models of a cable plant portraying summer and winter operating strategy

S.Z. Taj; S M Rizwan; B M Alkali; D K Harrison; G Taneja

Comparative analysis of reliability models of a cable plant portraying summer and winter operating strategy

S.Z. Taj, S M Rizwan, B M Alkali, D K Harrison, G Taneja

Research output: Contribution to conference › Paper › peer-review

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Abstract

The paper presents a comparative analysis between the profits of two reliability models of a plant, manufacturing electrical cables. Model-I is based on operating the plant for 24 hours without resting machines during summer season, whereas, Model-II is based on 16 hours of operation followed by 8 hours of rest period during winter season. Specific season based operational strategies being adopted to address the demand based production of the cables. Real maintenance data are used for estimating the optimized reliability indices and comparison of profits. Semi-Markov processes and regenerative point techniques are used to carry out the analysis. Essential graphs are plotted to demonstrate the results.

Original language	English
Publication status	Published - 27 Dec 2018

Keywords

cable plant
regenerative processes
reliability
semi-Markov processes

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Taj, S.Z. et al (2018) Comparative analysis of reliability models of a cable plant portraying summer and winter operating strategy
© 2018 Audio Engineering Society. This is the accepted author manuscript version of the paper: Taj, SZ, Rizwan, SM, Alkali, BM, Harrison, DK & Taneja, G 2018, 'Comparative analysis of reliability models of a cable plant portraying summer and winter operating strategy presented at: 9th International Conference on Quality, Reliability, Infocom Technology and Business Operations
Author accepted manuscript, 662 KB

Cite this

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title = "Comparative analysis of reliability models of a cable plant portraying summer and winter operating strategy",

abstract = "The paper presents a comparative analysis between the profits of two reliability models of a plant, manufacturing electrical cables. Model-I is based on operating the plant for 24 hours without resting machines during summer season, whereas, Model-II is based on 16 hours of operation followed by 8 hours of rest period during winter season. Specific season based operational strategies being adopted to address the demand based production of the cables. Real maintenance data are used for estimating the optimized reliability indices and comparison of profits. Semi-Markov processes and regenerative point techniques are used to carry out the analysis. Essential graphs are plotted to demonstrate the results.",

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note = "Acceptance in SAN Query to author re: publication date/ schedule 1/3/19 ET & 6/3/19 DC Author confirmed paper not proceeding - 'no paper was on the conference website only the programmes schedule' ET 18/3/19 Non-REF scope. AAM: made open, conference details not found and not possible to inform publisher. ET 5/7/19 ",

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AU - Rizwan, S M

AU - Alkali, B M

AU - Harrison, D K

AU - Taneja, G

N1 - Acceptance in SAN Query to author re: publication date/ schedule 1/3/19 ET & 6/3/19 DC Author confirmed paper not proceeding - 'no paper was on the conference website only the programmes schedule' ET 18/3/19 Non-REF scope. AAM: made open, conference details not found and not possible to inform publisher. ET 5/7/19

PY - 2018/12/27

Y1 - 2018/12/27

N2 - The paper presents a comparative analysis between the profits of two reliability models of a plant, manufacturing electrical cables. Model-I is based on operating the plant for 24 hours without resting machines during summer season, whereas, Model-II is based on 16 hours of operation followed by 8 hours of rest period during winter season. Specific season based operational strategies being adopted to address the demand based production of the cables. Real maintenance data are used for estimating the optimized reliability indices and comparison of profits. Semi-Markov processes and regenerative point techniques are used to carry out the analysis. Essential graphs are plotted to demonstrate the results.

AB - The paper presents a comparative analysis between the profits of two reliability models of a plant, manufacturing electrical cables. Model-I is based on operating the plant for 24 hours without resting machines during summer season, whereas, Model-II is based on 16 hours of operation followed by 8 hours of rest period during winter season. Specific season based operational strategies being adopted to address the demand based production of the cables. Real maintenance data are used for estimating the optimized reliability indices and comparison of profits. Semi-Markov processes and regenerative point techniques are used to carry out the analysis. Essential graphs are plotted to demonstrate the results.

KW - cable plant

KW - regenerative processes

KW - reliability

KW - semi-Markov processes

UR - http://www.icqrit.com/

M3 - Paper

ER -

Comparative analysis of reliability models of a cable plant portraying summer and winter operating strategy

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Keywords

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