Establishment of Machine Signature for Pulverizing Machine

Production activities suffered setbacks due to incessant machine breakdown caused by an incipient fault that occurred without prior notification has become worrisome to industrialists or machine users and brought delay to production and products optimization processes. Hence, the need to establish m...

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Main Authors: Michael Kanisuru Adeyeri, Sesan Peter Ayodeji, Oluwafemi Michael Asaolu, Isaac Adedeji Adegbagbo
Format: Article
Language:English
Published: Engineering, Project, and Production Management (EPPM) 2023-01-01
Series:Journal of Engineering, Project, and Production Management
Subjects:
Online Access:http://www.ppml.url.tw/EPPM_Journal/volumns/13_01_January_2023/ID_445_13_1_1_9.pdf
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author Michael Kanisuru Adeyeri
Sesan Peter Ayodeji
Oluwafemi Michael Asaolu
Isaac Adedeji Adegbagbo
author_facet Michael Kanisuru Adeyeri
Sesan Peter Ayodeji
Oluwafemi Michael Asaolu
Isaac Adedeji Adegbagbo
author_sort Michael Kanisuru Adeyeri
collection DOAJ
description Production activities suffered setbacks due to incessant machine breakdown caused by an incipient fault that occurred without prior notification has become worrisome to industrialists or machine users and brought delay to production and products optimization processes. Hence, the need to establish machine signature as a means of assisting plant operators to optimally maintain such machines. Therefore, this paperwork focuses on the establishment of a signature for a developed plantain flour pulverizing machine. In carrying out this research, the pulverizing machine condition data was retrieved under two conditions, namely without degradation; and with imposed degradation at different loading capacities using a data logger to monitor in real-time responses of the machine to operating conditions such as temperature, vibration, and sound. Retrieved data was analyzed using signal analyzer 8.0 in MATLAB software and signal analyzer in Origin software where the signature of pulverizing machine was established under different conditions. A regression model was established for the pulverizing machine using the aforementioned stated conditions. A logarithm function trend describes the operation characteristic note of the machine. Validation of this trend was done, and the result showed that pulverizing machine signature without degradation and imposed degradation have a distinct characteristic. Thus, the study outcome forms the basis for developing a predictive maintenance system for the pulverizing machine which distinguishes it as a novel tool for predictive maintenance and condition monitoring of machinery in the industry.
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spelling doaj.art-c77ecd9f3bb9459697d3739f85f9b2cb2022-12-22T01:39:14ZengEngineering, Project, and Production Management (EPPM)Journal of Engineering, Project, and Production Management2221-65292223-83792023-01-011311910.32738/JEPPM-2023-0001Establishment of Machine Signature for Pulverizing MachineMichael Kanisuru Adeyeri0Sesan Peter Ayodeji1Oluwafemi Michael Asaolu2Isaac Adedeji Adegbagbo3The Federal University of TechnologyThe Federal University of TechnologyThe Federal University of TechnologyThe Federal University of TechnologyProduction activities suffered setbacks due to incessant machine breakdown caused by an incipient fault that occurred without prior notification has become worrisome to industrialists or machine users and brought delay to production and products optimization processes. Hence, the need to establish machine signature as a means of assisting plant operators to optimally maintain such machines. Therefore, this paperwork focuses on the establishment of a signature for a developed plantain flour pulverizing machine. In carrying out this research, the pulverizing machine condition data was retrieved under two conditions, namely without degradation; and with imposed degradation at different loading capacities using a data logger to monitor in real-time responses of the machine to operating conditions such as temperature, vibration, and sound. Retrieved data was analyzed using signal analyzer 8.0 in MATLAB software and signal analyzer in Origin software where the signature of pulverizing machine was established under different conditions. A regression model was established for the pulverizing machine using the aforementioned stated conditions. A logarithm function trend describes the operation characteristic note of the machine. Validation of this trend was done, and the result showed that pulverizing machine signature without degradation and imposed degradation have a distinct characteristic. Thus, the study outcome forms the basis for developing a predictive maintenance system for the pulverizing machine which distinguishes it as a novel tool for predictive maintenance and condition monitoring of machinery in the industry.http://www.ppml.url.tw/EPPM_Journal/volumns/13_01_January_2023/ID_445_13_1_1_9.pdfmachine signaturepulverizing machinemaintenance
spellingShingle Michael Kanisuru Adeyeri
Sesan Peter Ayodeji
Oluwafemi Michael Asaolu
Isaac Adedeji Adegbagbo
Establishment of Machine Signature for Pulverizing Machine
Journal of Engineering, Project, and Production Management
machine signature
pulverizing machine
maintenance
title Establishment of Machine Signature for Pulverizing Machine
title_full Establishment of Machine Signature for Pulverizing Machine
title_fullStr Establishment of Machine Signature for Pulverizing Machine
title_full_unstemmed Establishment of Machine Signature for Pulverizing Machine
title_short Establishment of Machine Signature for Pulverizing Machine
title_sort establishment of machine signature for pulverizing machine
topic machine signature
pulverizing machine
maintenance
url http://www.ppml.url.tw/EPPM_Journal/volumns/13_01_January_2023/ID_445_13_1_1_9.pdf
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AT sesanpeterayodeji establishmentofmachinesignatureforpulverizingmachine
AT oluwafemimichaelasaolu establishmentofmachinesignatureforpulverizingmachine
AT isaacadedejiadegbagbo establishmentofmachinesignatureforpulverizingmachine