نشریه اندیشه آماد
پیاپی 84 (بهار 1402)

The main issue in this study is the resilience analysis of the fuel supply chain of the anti-riot vehicles of the Saheb-ol-Zaman Corps in Isfahan province in crisis conditions. Dimensions and resilience components of the fuel supply chain of the anti-insurgency vehicles of the Sahib al-Zaman Corps (AS) in crisis situations and the extent of the impact of each of these components and indicators were identified and theories and theories related to the research topic were examined.

This research is of an applied type and the collection of data and information in this research is based on a survey method. By studying previous research and with the opinion of experts in the field of fuel supply chain, the situation has been identified. Then, with the help of semi-structured interviews, the effective components and indicators were identified and based on them, a research questionnaire was prepared. The reliability of the questionnaire prepared by Cronbach's alpha test was measured by SPSS statistical software and a total of 0.785 was obtained. The statistical population of all experts and thinkers in the field of supply chain of the province and its affiliated categories is 50 people. The statistical sample size of the research in the qualitative phase up to the point of achieving theoretical saturation, about 20 experts were calculated by snowball sampling and the statistical sample size of the research in the quantitative phase using Cochran's formula was calculated to be 44 people. After distributing the questionnaire between the statistical population and the collection, the analysis was performed using the significance-performance matrix method.

Among the 34 identified indicators, the indicators of predicting care facilities were ranked first to third according to the weather conditions of the fuel distribution area, safety in fuel supply and fuel supply in the shortest time.

Results showed in the military-enforcement organization, regarding factors that is for Resilience of supply chain's fuel machines is counted and can be defined by importance and priority of them based on condition and features of organization and in order to improve current condition some executive solutions can be defined and executed.

The purpose of this study is to identify and rank the key factors affecting cost reduction in the supply of consumables for construction projects.

This research is of mixed quality and quantity. The sampling method is purposeful in the qualitative stage and simple in the quantitative random stage. The statistical population of the research includes all project managers of Sepasad company, workshop heads, deputies and project support managers, as well as supply and procurement managers and its experts in total of 60 people and sample size in the qualitative phase of 12 people and in the quantitative phase of 30 people. In the first phase of the research, through interviews with experts of the organization and analysis of the content of the interviews conducted, the dimensions and components affecting the research topic were extracted. These items were turned into a questionnaire and in the next phase were provided to research experts. The reliability of the questionnaire was determined by calculating Cronbach's alpha and measuring the normality of the data by Kolmogorov-Smirnov method. Validation was examined through one-way t-test, ranking through Friedman test and analysis of the gap between the current and optimal status of the components through paired t-test and the significance-performance gap matrix.

The findings showed that in terms of respondents, purchasing management, human resource management and organizational integrity are more important than other factors in reducing the cost of providing consumables for construction projects.

The results of this analysis show that in all aspects, the expectations of the organization are beyond the status quo.

Today, one of the important concerns and priorities of the officials and commanders of the system is paying special attention to the improvement of the defense and combat readiness of the armed forces, especially in the aspect of readiness and support. Jerusalem operation; It is a milestone and an epic point during the defense of the holy era that the naval forces; Air and ground forces of the army were present at the same time, and in addition, the Islamic Revolutionary Guard Corps; Constructive Jihad and popular forces also cooperated due to the existence of consecutive operations such as the battle of: Saman Al-Aima; Tariq Al-Quds; Fath-ul-Mobin before this operation and the short period of one month to prepare for this operation, logistics management in this operation is one of its positive points. The purpose of this research is to examine the role of the logistics system (readiness and support) of the army c. A. It is in the operation of Beit Al-Maqdis (Karbala 3).

The current research is a descriptive-survey research in terms of purpose, application, and in terms of how to obtain data. For the sample, theoretical and targeted saturation of available sources and interviews with experts have been done. In this direction, the answers of the interview, the method of restating the questions in a different way from the initial interview and re-presenting them at another time, as well as the selection of the number of interviewees and the appropriate use of the views and opinions of experts have been used.

To achieve the goal by examining the library resources and registered documents of the Holy Defense and on the other hand by analyzing the interviews conducted with the commanders and decision makers of the Jerusalem operation using MAXQDA23 software; Tips on how to manage logistics and how to prepare ground forces were identified.

Based on interviews and research questions that is in sixth scope which are predicting, preparation, repair and maintenance, transportation and assignation have discussed about managing this six scope in logistics facilities for Jerusalem operation which is intended for grouping and pivotal coding that pivotal codes is extracted in three dimension which are predicting, preparation and assignation management, maintenance management which each mentioned aspect included of variant table and pivotal factor has been inducted and at the end applied suggestions is presented.

These days’ service companies are facing security threats as they use big data analytics to improve service supply chain performance and firm performance, so the purpose of this study is to conceptualize the link between macro analysis Data, data security and service supply chain performance.

In terms of purpose, this research is applied and in terms of method, is descriptive survey. The statistical population of present study consisted of 200 people, including experts of Isaco co. 132 people were selected as a sample using the Cochran's formula and using simple random selections. The data collection method was a researcher-made questionnaire whose reliability and validity were checked and confirmed. In the data analysis section, descriptive statistics and structural equations model were used.

The results showed that the mean of the variables is above the average level. Also, the results of structural equations showed that the model has a good fit according to the indicators. At the level of 99% confidence, the Macro data analysis has a significant impact on all dimensions of the supply chain except reliability. Also, at the level of 99% reliability, data security has a significant impact on all four dimensions of the supply chain.

In general, the results of the analysis showed that data security and macro data analysis have a significant impact on improving the dimensions of the supply chain. Isaco company should pay more attention to this area and planning for it to achieve the desired performance.

The impact of the use of new technology on reducing energy consumption and the use of facilities that make the building intelligent in the term, in future buildings and their design is an issue that has attracted the attention of many architects and researchers in the last two decades. A smart building is a building whose occupants have the ability to adjust and control preparatory and engineering equipment automatically or remotely and close, and also can define and execute various programs and scenarios for that equipment. The research method of the present study is in terms of fundamental developmental and applied purpose and in terms of combined-exploratory nature of data collection tools in this research through interviews with experts and engineers of the engineering system and in performing the above analyzes SPSS software was used. The results of this study showed that between resource scarcity, high cost, country policies, financial problems, cooperation of companies with technology, political and economic fluctuations, supplier delays, managerial fluctuations, effectiveness and quality of work, commitment of managers, labor performance, lack of resistance Users, user participation, knowledge maturity, personal experience, user management, appropriate infrastructure, number of organizational units, restrictions imposed, process speed, accurate workload estimation, goal transparency, correct time estimation and correct budget estimation There is a direct and significant relationship. Scanning and examining factors that result in holding back fast motion towards smart buildings. In terms of environmental factors and positive impacts of using smart buildings in environment, identified factors in this research should be considered important.

In today's world where organizations are rapidly changing the diverse demands of customers, the main focus of organizations is on technology and technology development to stay competitive and improve competitive advantage by increasing customer value. The process of choosing between different methods of technology transfer depends on many factors, including technological, organizational, market, human resources, and the environment. The purpose of this paper is to identify the factors affecting the choice of technology transfer method in the transmission line fittings industry and to provide a suitable model for selecting the optimal technology transfer method according to the prevailing conditions in the industry and the characteristics of companies in this industry.

The present study is applied with qualitative, cross-sectional and descriptive variables. The statistical population of the study includes a group of experts, administrators and university experts with a higher degree and at least five years of work experience who were selected non-randomly using targeted and networked judgmental methods. Data collection tools to identify technology transfer methods and influencing factors, library studies and interviews and data collection tools to determine the weight of influencing factors are closed questionnaires whose validity was confirmed by experts. Data were analyzed using descriptive and inferential statistics and SPSS and MATLAB software. Fuzzy inference system has been used to select the optimal method of technology transfer.

By examining the results of questionnaires and consulting experts and adjusting the factors affecting the choice of technology transfer method, 14 factors were identified as system input and seven important and applied technology transfer methods as fuzzy inference system output.

According to the obtained results, the priority of choosing the technology transfer method in the mentioned industry is as follows: 1-joint venture 2-consortium 3- Reverse Engineering 4- Out sourcing 5- Licensing 6- Research& Development 7- R&D Contract

Because maintenance (NET) is one of the vital units of any industry and can affect other sectors and even the environment and society. The aim of this study was to provide a framework for selecting maintenance strategies using Fuzzy Axiomatic Design based on sustainability indicators (economic, social and environmental) for Iran-Lahijan auto parts manufacturing company.

This research is of applied type. In this research, field and library study methods were used to collect information. The tool used in this research in the field method was the use of a questionnaire. The sample space of this research is Iran-Lahijan car upholstery parts manufacturing company and 8 experts in the field of maintenance and repairs.

By studying previous books, articles and researches and getting help from maintenance experts, 6 maintenance strategies and 16 criteria in the field of sustainability were selected and these strategies were ranked by Fuzzy Axiomatic Design. As a result, a comprehensive productivity maintenance strategy was selected as the best option.

In this research, a framework for selecting maintenance strategies using Fuzzy Axiomatic Design based on sustainability indicators (economic, social and environmental) for Iran-Lahijan auto parts manufacturing company was presented According to the results, total productive maintenance strategy, which has the lowest amount of information content compared to other options, was selected as the first priority.

Marketing and especially digital marketing is known as a main factor in business performance. So that the inappropriate performance of digital marketing in small businesses often leads to low levels of performance and higher risks of failure. Having strong social capital, proper supply chain management and attention to knowledge management in small companies leads to quick access to competitive advantage and improvement of company performance.

The current research examines the impact of social capital on digital marketing performance with the mediation of supply chain management and moderation of knowledge management. This research is descriptive-correlation type. The statistical population of this research consists of managers and experts of small and medium companies; 130 members of the sample were randomly selected and the questionnaires were completed.

Data were analyzed using spss version 16 software and partial least squares method and SmartPLS software. Version 3 were analyzed.

Examining the results of this research showed that social capital with a coefficient of 2.770, supply chain management with a coefficient of 4.800, knowledge management with a coefficient of 10.0450 on digital marketing performance, and social capital with a coefficient of 6.546 on management. The supply chain has a positive and significant impact; And the results show the mediating role of supply chain management with a coefficient of 3.7070 in the effect of social capital and digital marketing performance; Also, knowledge management with a coefficient of 2.433 has a moderating role in the relationship between social capital and digital marketing performance in small and medium-sized companies.

Today, the science of crisis and disaster management is considered as one of the most important sciences all over the world. Therefore, crisis management is considered an important and common issue that requires a lot of effort. Therefore, continuous research is one of the important ways to create the best methods for evaluating and developing crisis management. Such methods are suitable for dealing with the suffering that many countries experience from time to time due to natural and environmental disasters.The purpose of this research is to show the importance of crisis management in general. It also examines the current situation of disaster response management in Iraq. This study focuses on achieving the basic functions of management tasks (planning, organizing, directing, controlling). At the same time, it identifies the weak and strong points of the current administrative system in all its elements and reanalyzes all the problems and defects in each element in order to provide recommendations for improving the quick response system to fix these problems and defects, to serve deal with disaster management in Iraq in the future.In order to achieve this goal, data was collected that included information obtained from the literature related to disaster and crisis management. In addition, other information was obtained from the field investigation of the Office of Civil Defense in Iraq. Also, collective and personal interviews were conducted with experts related to disasters and crises caused by war operations and terrorism.Analysis of the data results revealed many weaknesses in the current system and this was confirmed by the field survey. He showed us more clearly the areas where the weak points in the management function, especially in the planning and organizational functions, are visible. One of the most important weaknesses is the lack of heavy equipment, as well as the lack of engineering experts and dependence on the help of other service departments. This is due to the local roles and management of departments in the Iraq government.Finally, the study reached a series of conclusions and recommendations, including providing civil defense offices with heavy rescue and relief equipment and providing expertly trained engineering staff to deal with disasters and crises. In addition, it creates an incentive plan for civil defense members and managers. Such plans encourage them. To face the unnatural conditions that Iraq is experiencing, to create an environment similar to developed countries in the world. This helps to overcome all kinds of crises and reduces human and financial losses.