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Salla Marttonen-Arola, D. Baglee (2019)
Assessing the information waste in maintenance management processesJournal of Quality in Maintenance Engineering
Kurt Matyas (2018)
Lean MaintenanceInstandhaltungslogistik
S. Arslankaya, H. Atay (2015)
Maintenance Management and Lean Manufacturing Practices in a Firm Which Produces Dairy ProductsProcedia - Social and Behavioral Sciences, 207
E. Mehdizadeh (2010)
Ranking of customer requirements using the fuzzy centroid‐based methodInternational Journal of Quality & Reliability Management, 27
A. Parida, U. Kumar, D. Galar, C. Stenström (2015)
Performance measurement and management for maintenance: a literature reviewJournal of Quality in Maintenance Engineering, 21
Lucia Botti, Cristina Mora, A. Regattieri (2017)
Integrating ergonomics and lean manufacturing principles in a hybrid assembly lineComput. Ind. Eng., 111
Sherif Mostafa, Sang-Heon Lee, Jantanee Dumrak, N. Chileshe, H. Soltan (2015)
Lean thinking for a maintenance processProduction & Manufacturing Research, 3
Information and Control, 8
Sherif Mostafa, Jantanee Dumrak, H. Soltan (2015)
Lean Maintenance RoadmapProcedia Manufacturing, 2
M. Gopalakrishnan, Jon Bokrantz, Torbjörn Ylipää, A. Skoogh (2015)
Planning of Maintenance Activities – A Current State Mapping in Industry☆Procedia CIRP, 30
U. Kumar, D. Galar, A. Parida, C. Stenström, L. Berges (2013)
Maintenance performance metrics a state of the art reviewJournal of Quality in Maintenance Engineering, 19
K. Chaabane, J. Schutz, S. Dellagi, W. Trabelsi (2020)
Analytical evaluation of TPM performance based on an economic criterionJournal of Quality in Maintenance Engineering
Ching-Torng Lin, H. Chiu, Po-Young Chu (2006)
Agility index in the supply chainInternational Journal of Production Economics, 100
Tomé Pombal, L. Ferreira, J. Sá, M. Pereira, F. Silva (2019)
Implementation of Lean Methodologies in the Management of Consumable Materials in the Maintenance Workshops of an Industrial CompanyProcedia Manufacturing
P. Drożyner (2020)
The impact of the implementation of management system on the perception of role and tasks of maintenance services and effectiveness of their functioningJournal of Quality in Maintenance Engineering
L. Zadeh (1996)
Fuzzy sets
Dinesh Shenoy, B. Mahanty (2021)
Measuring the readiness of a megaprojectInternational Journal of Managing Projects in Business
Orlando Durán, Andrea Capaldo, Paulo Acevedo (2017)
Lean Maintenance Applied to Improve Maintenance Efficiency in Thermoelectric Power PlantsEnergies, 10
W. Lucato, F. Calarge, Mauro Junior, R. Calado (2014)
Performance evaluation of lean manufacturing implementation in BrazilInternational Journal of Productivity and Performance Management, 63
E. Ng (2017)
A review on lean maintenance through various implementations of total productive maintenance modelsInternational Journal of Advanced and Applied Sciences, 4
Sima Ghayebloo, K. Shahanaghi (2010)
Determining maintenance system requirements by viewpoint of reliability and lean thinking: a MODM approachJournal of Quality in Maintenance Engineering, 16
(1999)
SAE J4000 – identification and measurement of best practice in implementation of lean operation
G. Narayanamurthy, A. Gurumurthy, N. Subramanian, R. Moser (2018)
Assessing the readiness to implement lean in healthcare institutions – a case studyInternational Journal of Production Economics, 197
K. Upasani, Miroojin Bakshi, V. Pandhare, B. Lad (2017)
Distributed maintenance planning in manufacturing industriesComput. Ind. Eng., 108
Dnyaneshwar. Jadhav, Dinesh Shenoy (2020)
Measuring the smartness of a libraryLibrary & Information Science Research, 42
R. V., R. Raju, V. M., J. Antony (2019)
Assessment of Lean Six Sigma Readiness (LESIRE) for manufacturing industries using fuzzy logicInternational Journal of Quality & Reliability Management
U. Al-Turki (2011)
A framework for strategic planning in maintenanceJournal of Quality in Maintenance Engineering, 17
M. Shaaban, Ali Awni (2014)
Critical success factors for total productive manufacturing (TPM) deployment at Egyptian FMCG companiesJournal of Manufacturing Technology Management, 25
Jianxin Huang, Yaqin Bian, Wensheng Cai (2012)
Weapon equipment lean maintenance strategy research2012 International Conference on Quality, Reliability, Risk, Maintenance, and Safety Engineering
(2020)
Coronavirus creates biggest economic uncertainty in decades
Arian Razmi-farooji, H. Kropsu-Vehkapera, Janne Harkonen, H. Haapasalo (2019)
Advantages and potential challenges of data management in e-maintenanceJournal of Quality in Maintenance Engineering
P. Croucamp, A. Telukdarie (2018)
Lean implementation for rail substation processesJournal of Quality in Maintenance Engineering
(2011)
Part I: from good to great with lean maintenance
M. Osati, M. Omidvari (2016)
Performance measurement of electricity suppliers using PROMETHEE and balance scorecardManagement Science Letters, 6
Ayadi Youssouf, Chaib Rachid, V. Ion (2014)
Contribution to the Optimization of Strategy of Maintenance by Lean Six SigmaPhysics Procedia, 55
Rishabh Rathore, J. Thakkar, Jitendra Jha (2017)
A quantitative risk assessment methodology and evaluation of food supply chainThe International Journal of Logistics Management, 28
Jon Bokrantz, A. Skoogh, C. Berlin, J. Stahre (2017)
Maintenance in digitalised manufacturing: Delphi-based scenarios for 2030International Journal of Production Economics, 191
T. Kister, Bruce Hawkins (2006)
Governing Principles and Concepts of Lean Maintenance
S. Vinodh, Suresh Chintha (2011)
Application of fuzzy QFD for enabling agility in a manufacturing organizationThe Tqm Journal, 23
Arauacute Felipe, Henrique Fabio, Guilherme Eduardo, Eugenio Luis (2012)
Evaluation of Lean Production System by using SAE J4000 standard: Case study in Brazilian and Spanish automotive component manufacturing organizationsAfrican Journal of Business Management, 6
Maintenance organizations continue to be under pressure to systematically eliminate maintenance wastes and deliver services that their customers value. To this end, maintenance managers are implementing lean maintenance practices. But how does one consistently estimate the leanness of these practices in their organization? The purpose of this paper is to develop a framework for a metrics – referred to as the lean maintenance index (LMI) that can help managers estimate the leanness of maintenance practices.Design/methodology/approachBased on a comprehensive review of literature in the domain, this study identifies four factors and nineteen subfactors that are essential for the success of a lean maintenance program. A fuzzy-set-theory-based assessment framework is developed that can be used by an in-house team to measure the degree of implementation of lean maintenance practices in their organization. The authors applied the framework to a maintenance workshop that services diesel engines and other prime movers.FindingsThe framework provides maintenance managers valuable insights to help identify the strengths and weaknesses of their organization vis-à-vis their maintenance practices, thus enabling them come up with a firm action plan for future process improvements.Originality/valueThis paper adapts the concept of agility and readiness to maintenance work. A key contribution of this study is the identification of factors and subfactors that forms the basis to estimate the leanness of maintenance practices in an organization. Another contribution is its application to a large maintenance workshop that demonstrates the ease of its implementation. Future research in this area can help identify more factors and subfactors and thus improve the estimation of leanness.
Journal of Quality in Maintenance Engineering – Emerald Publishing
Published: Oct 11, 2022
Keywords: Fuzzy inference systems; Lean maintenance; Maintenance strategy
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