AUTHOR=Turanoglu Bekar Ebru 

TITLE=Efficiency measurement based on novel performance measures in total productive maintenance (TPM) using a fuzzy integrated COPRAS and DEA method

JOURNAL=Frontiers in Manufacturing Technology

VOLUME=Volume 3 - 2023

YEAR=2023

URL=https://www.frontiersin.org/journals/manufacturing-technology/articles/10.3389/fmtec.2023.1072777

DOI=10.3389/fmtec.2023.1072777

ISSN=2813-0359

ABSTRACT=Total Productive Maintenance (TPM) has been widely recognized as a strategic tool and lean manufacturing practice for improving manufacturing performance and sustainability, and therefore it has been successfully implemented in many organizations. The evaluation of TPM efficiency can assist companies in improving their operations across a variety of dimensions. This paper aims to propose a comprehensive and systematic framework for the evaluation of TPM performance. The proposed total productive maintenance performance measurement system (TPM PMS) is divided into four phases (e.g., design, evaluate, implement, and review): (i) the design of new performance measures, (ii) the evaluation of the new performance measures, (iii) the implementation of the new performance measures to evaluate TPM performance, and (iv) the reviewing of the TPM PMS. In the design phase, different types of performance measures impacting TPM are defined and analyzed by decision-makers. In the evaluation phase, novel performance measures are evaluated using the Fuzzy COmplex Proportional Assessment (FCOPRAS) method. In the implementation phase, a modified fuzzy data envelopment analysis (FDEA) is used to determine efficient and inefficient TPM performance with novel performance measures. In the review phase, TPM performance is periodically monitored and the proposed TPM PMS is reviewed for successful implementation of TPM. A real-world case study from an international manufacturing company operating in the automotive industry is presented to demonstrate the applicability of the proposed TPM PMS. The results demonstrate that the proposed TPM PMS can be considered a powerful control tool and reliable evidence in order to make the TPM implementation process more efficient in the real-world production environment.