Optimizing the Model of the Total Productive Maintenance in Civil Reconstruction Machinery with a Sustainable Development Approach

Abstract

The present study aims at optimizing the total productive maintenance model in civil reconstruction machinery with a sustainable development approach. Creating and maintaining an information base for use in the analysis of the maintenance conditions and performance enables the removal of one of the biggest barriers existing on improving and developing the preventive programming affairs and executive activities’ timing regarding the civil reconstruction machinery. Using the descriptive analysis method, the extant documents regarding Iran and other countries will be examined to form a theoretical framework and specify the effective scales for applied methods. Then, the study region will be defined using specialized and evidenced documents and, next, using a decision-making and evaluation technique, the scales and subscales’ values are determined. After calculating the values assigned to each technique, considering their properties, and giving proper weights to each by means of DEMATEL technique, the best software will be selected for attribution works and its alignment with the sustainable development’s objectives will be verified.