نشریه پژوهش در مهندسی نگهداشت دفاعی
سال چهارم شماره 2 (پیاپی 8، پاییز و زمستان 1401)

While the integration of Total Productive Maintenance (TPM) and Reliability-centered maintenance (RCM) is clearly a major issue in maintenance management. Unfortunately, limited attention has been paid to it in the literature. It lacks a structured approach to operational equipment. Therefore, this research uses the complementary nature of the two strategies to provide an integrated operational approach to increase equipment availability with the aim of designing and improving maintenance plans for a public system. It also includes specific operational worksheets, ranging from autonomous maintenance tasks to maintainability improvement measures and employee’s education and training. This research is a mixed method of questionnaire and library and document analysis type. In order to analyze the findings, classification, reasoning and logical inference have been done. literature review and development of the proposed model proved that RCM if developed within the TPM framework improves better results, because it focuses on preventive maintenance. Also, both approaches with the same goals increase the quality, reliability, availability and performance of equipment by eliminating waste. This research gives companies the opportunity to reap the benefits of an operational framework that effectively integrates long-term maintenance methods, helping technicians and operators during their daily operations.

Combat readiness and preventing the consequences of not having access to operational and reliable equipment is very important in the field of maintaining military assets and the loss of valuable assets is a major concern in military organizations. Long-term storage of assets and equipment should be the goal of every military organization to support on the battlefield by providing safe, Fully capable of performing the mission, reliable, and lethal weapon systems. Storage centers should make these weapon systems accessible timely and operantionaly to soldiers to carry out wartime missions and threats. This reduces the total cost of asset maintenance in the long term, and besides that, it increases the life of equipment and maintains them to deal with unforeseen crises. The current research is one of the applied researches in terms of purpose, and library and internet researches in terms of the place of research. In this article, the goal is to identify the destructive factors that endanger the health of equipment and assets, so that the necessary measures can be taken to eliminate or minimize the effect of each, then a model or cycle for long-term storage of military equipment is presented until the steps are taken. Making this process clear that in this article, this process is described with regard to the activities carried out in a storage and reconstruction center for armored equipment and tools.

Surface and underground water is one of the main and key sources of drinking water. One of the important parts of water processes is the transfer of water from the source of the treatment plant to the distribution network for consumption. In this regard, it is necessary to prevent the increase in the cost of transfer and construction of water transfer projects in different sectors by applying proper management and implementing basic plans. The statistical population of the research includes the employees and contractors of the Karaj Dam water transmission line project. The design of the model is to identify and determine the indicators that are used to evaluate the performance of the employees and contractors active in the Karaj water transmission line project. This identification is done using library studies as well as the opinion of technical experts. After identifying the indicators using the Fuzzy Hierarchy Analysis Process (FAHP), weight is assigned to these indicators based on their importance. The identified indicators and assigned weights will be validated using questionnaires that will be provided to experts. The results show that the 5 factors of indicators of geological conditions of the region, indicators of piping conditions, indicators of access to materials and materials needed for the project, indicators of considering the time of progress of piping operations and indicators of the implementation stages of piping are the most important effective factors in the management of the Karaj dam water transmission line project. The results of the validation of the main criteria showed that among the 5 main criteria examined, the indicators related to piping conditions with an index weight of 0.58 are the most important indicators. After that, the indicators related to the considerations and geological conditions of the region and the indicators related to the access to materials and materials required for the project, each with a weight value of 0.19, were obtained as important factors in determining the route of the Karaj dam transmission line project.

The aim of the present research is the bibliometric analysis of scientific productions published in the Web of Science scientific database on the subject of physical asset management from 1958 to 2023 and to illustrate their scientific map.

The current research is descriptive-analytical in nature and applied in terms of purpose and a systematic review of scientific documents, in which 1876 sources on the topic of physical assets management were extracted from the Web of Science scientific database by searching the article title, abstract and keywords.

Data review and analysis was done by the facilities of this database and also the VOSviewer software, which is a social network analysis software, in order to enumerate, design and visualize the research products, knowledge map, conceptual network, synonym network of the researches conducted on the subject of physical asset management.

The results of the research indicate that the researchers of the world have taken measures to review and present scientific achievements related to the field of physical assets management for the past seven decades, but seriously, the trend of scientific productions has been developmental and upward since 2004 and since In 2018, this growth is more impressive and visible, and it is currently considered one of the most attractive and practical topics for researchers, institutions and scientific centers in the world.