A comprehensive and bibliometric review on the blockchain-enabled IoT technology for designing a secure supply chain management system

Abstract

Blockchain is a well-known prominent technology that has gotten a lot of interest beyond the financial industry, attracting researchers and practitioners from numerous businesses and fields. Specific uses of blockchain in supply chain management (SCM) are addressed in business practice. By combining two perspectives on blockchain in SCM, this study provides comprehensive knowledge in this field using a bibliometric approach. We will explore the worldwide research trend in related topic areas. By collecting data from the Web of Science, we collected 400 articles related to our research topic from 2016 until early 2021. We eliminated research in the form of technical reports, editorials, comments, and consultancy articles to maintain the quality of the data gathering. VOSviewer is used to create visualization maps based on text and bibliographic information. The examination uncovered helpful information, such as annual publishing and citation patterns, the top research topic, the top authors, and the most supporting funding organizations in this field.

How to Manage Supply Chains Successfully in Transport Infrastructure Projects

“…Infrastructure Projects Success BIM enhances collaboration and inter-professional teamwork, reducing the likelihood of conflicts and errors during design and construction [19]. Improved communication can lead to more effective project coordination and planning, ultimately reducing the necessity for rework and associated expenses [56].…”

“…Most recent research has primarily concentrated on qualitative examinations of the amalgamation of BIM and OSM in specific areas of enhancement. For instance, these studies have explored improved construction efficiency using graph-based methodologies [15], enhanced energy consumption management through operational performance [16], the development of a simulation game to enhance the learning process [17], the establishment of a framework for information delivery in modular construction [18], heightened visibility and traceability in prefabricated construction [19], and augmented productivity resulting from BIM-based multitrade prefabrication via a case study analysis of complex building projects [20]. Additionally, these studies have explored improved collaboration and information exchange facilitated by a BIM-based interdisciplinary approach [12], the optimization of assembly sequences in concrete construction projects [20], and the development of an initial framework for integrating the last planner system with BIM and OSM [21].…”