Supply Chain Management In Industry Research Articles

Digitalization in Supply Chain are Changing the Dynamics of Business

This research paper provides an indepth study on the field of automation and digitalization in supply chain management (SCM) in the textile industry. The study, which compares traditional methods with digital methods, aims to shed light on the development of technology in this field.

Integrating accounting models with supply chain management in the aerospace industry: A strategic approach to enhancing efficiency and reducing costs in the U.S

This concept paper proposes the integration of accounting models with supply chain management in the aerospace industry as a strategic approach to enhancing efficiency and reducing costs in the United States. The aerospace sector faces numerous challenges, including complex supply chains, stringent regulatory requirements, and cost pressures. By combining accounting principles with supply chain management strategies, this approach aims to optimize operations, improve financial transparency, and foster collaboration among stakeholders. Key objectives of this initiative include streamlining financial processes, enhancing decision-making capabilities, and mitigating risks associated with supply chain disruptions. By leveraging accounting models such as activity-based costing, lean accounting, and performance measurement systems, organizations can gain insights into cost structures, identify inefficiencies, and allocate resources effectively across the supply chain. Moreover, integrating accounting with supply chain management enables real-time monitoring of financial performance metrics, enabling timely interventions and adjustments to achieve strategic goals. This approach also facilitates better coordination between finance and operations teams, leading to improved communication, alignment of objectives, and ultimately, enhanced organizational performance. In the context of the aerospace industry, where precision, reliability, and cost-efficiency are paramount, this integrated approach offers significant benefits. It enables companies to optimize inventory management, minimize waste, and identify opportunities for cost savings throughout the supply chain. Additionally, by fostering a culture of continuous improvement and data-driven decision-making, organizations can adapt more effectively to market dynamics and gain a competitive edge. This concept paper outlines the theoretical framework and practical implications of integrating accounting models with supply chain management in the aerospace industry. Through case studies, best practices, and implementation strategies, it provides a roadmap for organizations to embrace this strategic approach and realize its full potential in enhancing efficiency and reducing costs in the U.S. aerospace sector.

SUSTAINABLE SUPPLY CHAIN MANAGEMENT IN THE MEDICAL INDUSTRY: A THEORETICAL AND PRACTICAL EXAMINATION

Sustainable Supply Chain Management (SSCM) has emerged as a critical paradigm in the modern healthcare landscape, aiming to reconcile the often conflicting objectives of environmental stewardship, social responsibility, and economic viability within medical supply chains. This paper offers a comprehensive theoretical and practical exploration of SSCM within the context of the medical industry. Six keywords - sustainability, supply chain management, healthcare, environmental stewardship, social responsibility, economic viability - encapsulate the essence of this examination. The introduction sets the stage by highlighting the growing importance of sustainability in healthcare operations and the unique challenges faced by the medical sector in achieving sustainable supply chains. It underscores the significance of integrating environmental, social, and economic considerations into the fabric of medical supply chain management practices. The subsequent sections delve into various facets of SSCM in the medical industry. They address key components such as reducing carbon footprint and waste, fostering social responsibility through ethical sourcing practices, and striking a balance between sustainability objectives and cost efficiency. Regulatory frameworks and compliance requirements specific to healthcare supply chains are also explored, emphasizing the need for alignment with evolving sustainability standards. Technological innovations play a pivotal role in driving sustainability in medical supply chains, with advancements in data analytics, blockchain, and IoT enabling enhanced visibility, traceability, and efficiency. Moreover, collaboration and partnerships among stakeholders are deemed essential for fostering sustainable practices across the healthcare ecosystem. Drawing from real-world case studies, the paper illustrates successful implementations of SSCM principles in the medical industry, showcasing best practices and lessons learned. Finally, it prognosticates future trends and challenges, anticipating continued emphasis on sustainability amidst evolving market dynamics and regulatory landscapes. In sum, this theoretical and practical examination underscores the imperative for sustainable supply chain management in the medical industry, offering insights and strategies to navigate the complex interplay of environmental, social, and economic factors in healthcare logistics.
 Keywords: Sustainability, Supply Chain Management, Healthcare, Environmental Stewardship, Social Responsibility, Economic Viability.

Identification of practices in sustainable supply chain management for the food industry

El artículo que se presenta a continuación tiene como objetivo identificar las prácticas implementadas en la gestión de la cadena de suministro sostenible de empresas de la industria alimenticia a nivel internacional. Para su desarrollo metodológico se realizó una revisión de una muestra de documentos científicos que permitió la identificación de prácticas por medio de las técnicas de análisis del discurso y de análisis reticular, a fin de evidenciar las múltiples relaciones entre las dimensiones y las categorías asociadas a lagestión de la cadena de suministro sostenible. Los resultados contribuyen a la compresión de la sostenibilidad en los aspectos productivos asociados al ámbito económico, social y ambiental, y aportan a la trasferencia de conocimiento científico a los empresarios, investigadores y encargados de la producción en una industria que se enfrenta a un entorno competitivo,caracterizado por las exigencias en trazabilidad e inocuidad, los cambios en las demandas de los consumidores y la seguridad alimentaria

Pharmaceutical retail supply chain responses to the COVID-19 pandemic

AbstractIn the wake of the COVID-19 pandemic, the importance of resilient supply chain and operations management in the pharmaceutical industry has intensified. A particular challenge has been the timely adaptation to rapid fluctuations in the business environment to cope with disruptions and ensure the adequate supply of medical equipment and pharmaceuticals. In this study, we perform a simulation-based analysis of pandemic-triggered impacts on pharmaceutical supply chains in Germany with the aim of examining supply chain response to the COVID-19 pandemic. To accomplish this, we build a digital supply chain model using a hybrid approach that combines case study analysis and discrete-event simulation implemented in anyLogistix. Based on the results, we propose a specific response action plan for the pharmaceutical industry that can be deployed in response to severe disruptions and pandemic-like crises. We also offer a resilience framework for the post-pandemic environment as a guideline for strategic decision-making.

Green supply chain management practices and implementation in the construction industry

This study aims to define and describe Green Supply Chain Management (GSCM) in the construction industry. GSCM is one of the most critical initiatives for integrating environmental factors into supply chain management. It aids in the reduction of carbon emissions and the improvement of organizational environmental performance. As a result, most construction organizations have included GSCM in their strategic planning. Barriers and problems are predicted to exist in the execution or operational process of GSCM in construction or building firms, as in the case of radical innovations. As a result, organizations must identify any potential hurdles to GSCM implementation and develop strategies for achieving success. This study undertakes a complete literature evaluation on GSCM procedures to address the difficulties of establishing a conceptual framework. According to the data, the biggest weaknesses or disorders to applying GSCM canister are divided into five categories: expertise, information and facts, funds, contract out, administration, and supervision. Moreover, uppermost managing commitment, variated in present strategies and know-hows, expanded consciousness of harmless to the ecosystem matters, preparing and instruction, and executing effective materials and waste administration frameworks are systems to improve GSCM performances in building organizations. To successfully implement GSCM in construction firms, the provided framework can be used to recognize the crucial mechanisms of GSCM and self-assessment of obstacles and policies.

Enhancing third-party logistics providers partnerships: An approach through the D.L.A.R.C.S supply chain paradigm

The effective selection of third-party logistics providers (3PLs) is crucial for achieving optimal supply chain performance. This study addresses the challenge of 3PL selection by adopting the comprehensive Digital, Lean, Agile, Resilient, Circular, and Sustainable (D.L.A.R.C.S) supply chain paradigm, which encompasses dimensions vital for managing modern supply chains, including digital, lean, agile, resilient, circular, and sustainable aspects. Recognising the interconnectedness of these dimensions, this paradigm emphasises their collective importance in enhancing supply chain operations. Utilising fuzzy SWARA (Step-wise Weight Assessment Ratio Analysis) and BWM (Best Worst Method) techniques, the study evaluates and ranks 3PLs based on their performance within these dimensions. The analysis reveals pivotal criteria such as purchasing price, transportation cost, removal of wastes, service costs, reduction in costs, and crisis and risk management as paramount considerations in the 3PL selection process. These criteria not only provide specific insights but also serve as a foundation for a data-driven approach to decision-making. This research, beyond offering strategic alignment insights for outsourcing, contributes substantively to the broader discourse on supply chain management. The methodology employed in this study integrates diverse dimensions, offering a robust framework for 3PL selection, thereby enhancing operational efficiency and sustainability across industries. The findings offer valuable insights for tyre manufacturers seeking to optimise their logistics operations within the D.L.A.R.C.S. framework, contributing to the advancement of supply chain management in the tyre industry and beyond.

A System Boundary Assessment of Emerging Materials: Manufacturing process of Microbial Bricks

The construction industry is under pressure to address climate change and resource scarcity, leading to a growing interest in emerging biobased materials. This research focuses on microbial bricks through a life cycle assessment (LCA) based on ISO 14042 standards and CML2001 impact categories, examining various environmental criteria across a defined system boundary: Manufacturing. The findings highlight the positive potential of biobased materials in contributing to a greener supply chain management for the construction industry, even more than clay that we know as an earth (green) material. The biggest differences lay in the use of fossil fuels, electricity, transportation, and the assembly process. By addressing challenges and leveraging opportunities, these materials can lead to a more resilient and ecologically conscious sector, in alignment with the sustainable development goals (SDGs) defined by the United Nations (UN). The aim of this study is to stimulate additional dialogue and cooperation among academic and industrial participants to promote sustainable advancements in construction materials and manufacturing methods, transcending mere superficial green initiatives.

A review of green supply chain management in the pharmaceutical industry

A review of green supply chain management in the pharmaceutical industry

Sustainable supply chain management in the food industry: a case study of enablers and inhibitors from Greek small enterprises

Sustainable supply chain management in the food industry: a case study of enablers and inhibitors from Greek small enterprises

Blockchain in supply chain management in automotive industry: Systematic literature review

Background: Although Blockchain Technology (BT) is one of the innovations that has considerable potential to improve business processes and enable new services for potential users, its implementation in supply chain management (SCM) of the automotive industry is only at its beginnings. From the growing number of publications focused on this issue, it is evident that the application of BT would significantly contribute to the development of the automotive industry and improve the supply chain of automotive components. Purpose: In this regard, the paper aims to analyze the challenges to the implementation of BT in SCM in the automotive industry sector through a systematic review of the literature and precise definition of the advantages and limitations that appear in supply chains after the application of BT. Study design/methodology/approach: The research is based on the application of systematic literature review methods. The paper presents the results and conclusions of 21 studies based on the search criteria outlined by the Web of Science, Scopus, and SpringerLink index databases. Findings/conclusions: The results suggest that insufficiently developed technology, lack of clear guidelines for implementation, incomplete standardization, legislative ambiguity, conflicts and insufficient cooperation between chain members appear as the biggest challenges for BT implementation. On the other hand, BT has great potential in reducing costs, providing higher quality products and services, and improving chain visibility in the automotive industry. Limitations/future research: The analysis of the papers in the above mentioned databases exclusively in English and the absence of empirical research stand out as the most prominent shortcomings. However, the obtained results of this study represent a quality basis for future research, which, judging by the popularity of the issue, will increase in frequency.

Sustainable supply chain management in the food industry: a case study of enablers and inhibitors from Greek small enterprises

Sustainable supply chain management in the food industry: a case study of enablers and inhibitors from Greek small enterprises

Investigating the parameters which influence green supply chain management in agricultural industry

The main objective of the current research is to identify and prioritize factors affecting the efficacy of green supply chain management (GSCM) in the agricultural sector in Indonesia. For this purpose, three factors of production, purchase and green transportation were considered in the green supply chain. This research is applied in terms of purpose and descriptive-quantitative in terms of data type. To collect information, both library and field methods were used, and in this way, the statistical population in this study is 415 employees of the green food manufacturing companies in Indonesia, such as: BOHAN Food , Asian Agri, Ardena Food and others, who were selected by Cochrane sampling method, and to measure information from a standard 19-item questionnaire in the period of 2022-2023. A five-point Likert scale was used. To analyze the data, partial least squares method and Smart-PLS software were employed. In order to fit the reliability, Cronbach’s alpha was used and its coefficient is more than 0.7 for all research constructs. The results indicated that the performance evaluation of GSCM in the agricultural industry is significantly related to green purchasing, production, and transportation, whilst the green production is the most affecting variable. Based on the results of this research, it can be suggested to the agricultural and food companies of the studied area that, If the green supply chain is employed instead of the traditional one, the environmental performance will be maintained and the financial performance of their businesses will be improved concurrently.

An integrated Optimization Model of Product Mix, Assortment Packing, and Distribution in A Fashion Footwear Company

Recognizing the paramount importance of operational effectiveness and resource management in supply chain management (SCM) of the fashion industry, this study addresses a specific challenge faced by a prominent Indonesian fashion footwear company. The inefficiency is due to repetitive sorting and packaging processes during product distribution, which significantly impact optimal production mixes and product distribution from the distribution center to the point of sale. A crucial aspect is also the optimization of the delivery route. To address these challenges and minimize the total cost of ownership, the study proposes an integrated optimization model. This model simultaneously determines the optimal production quantity, assortment packaging, and distribution channels, taking into account decision variables related to distribution in configuration boxes, overload and underload products, as well as production numbers that respond to store-specific demand fluctuations. A notable contribution of this research is the integration of product mix decisions into the assortment packaging and distribution model, which represents a novel approach. The optimal solution determined using the LINGO 18.0 software highlights the significant influence of product penalty costs and product demand parameters on the objective function, while shipping costs have no noticeable influence. By emphasizing the integration of product mix decisions into the optimization framework, this research contributes significantly to improving the understanding and practical application of efficient supply chain management in the fashion industry.

Navigating Supply Chain Complexity: Empirical Insights from the Developing Country Readymade Garments Industry

Purpose- The study aims to develop an efficient model to handle challenges of supply chain management in readymade garments industry. This paper illustrates the systematic literature reviews and experimental evidence-based study of readymade garments companies of a developing Asian country. The present study also finds the pattern for the healthy and sustained development of clothing enterprises. Design/methodology/approach- This paper illustrates the systematic literature reviews and experimental evidence-based study of readymade garments companies of a developing Asian country. The existing qualitative and quantitative studies were reviewed to find out the challenges in supply chain and the recommendable solutions are provided. The studies undertaken in Asian developing countries were only considered in this study. Findings- The innovation on supply chain management for readymade garments company in developing country will help enterprise to setup legal guidelines for smooth production process. The new innovative supply chain management has two characteristics, a balance of high efficiency and cost saving. Dual-source supply chain management, manufacturing outsourcing, and multi-supplier management are three elements of it. The ICT information management platform is a critical component in ensuring the supply chain flexibility of the clothing industry. Implications- Through the research of application and analysis of the innovative supply chain systems of readymade garment industry of Asian developing countries. It helps to setup guideline, and direction for the practical operation way of modern enterprise with innovative supply chain system knowledge and practice. Originality/value- All this relies on its unique and efficient supply chain management, this paper explains and analyzed innovative supply chain management. This paper also contributes by providing solution to overcome from the challenges of supply chain management in readymade garments industry. Paper Type- Research paper

Barriers for adoption of green supply chain management in cement industry: an interpretive structural modelling (ISM) approach

Barriers for adoption of green supply chain management in cement industry: an interpretive structural modelling (ISM) approach

Systemic review of the literature of green supply chain management in the food packaging industry

The awareness of green supply chain management (GSCM) has grown in the past year, particularly in the food packaging industry, due to population growth and its environmental impact. To explore this, we studied global perspectives on and contributions to GSCM, aiming to apply insights to developing countries. Our research revealed three main barriers hindering GSCM adoption in emerging economies: limited knowledge,inadequate technology, and high costs. By examining several authors’ viewpoints, we created a timeline showcasing GSCM’s evolution, enabling targeted improvements within the food packaging industry. Through this analysis, our paper not only reaffirms its initial objectives but also provides a foundation of tools and information for future GSCM research. This work contributes to the understanding of GSCM’s benefits and challenges, facilitating sustainable practices in a vital industry.

Analysis and Optimization Plan of Supply Chain Management in Chinese Electric Vehicle Manufacturing Industry

Supply chain management is the treatment of the entire production process of goods or services to maximize quality, delivery, customer experience, and profitability. Although the theoretical research on supply chain management in China's manufacturing industry has achieved certain results, how to properly utilize supply chain management in such a rapidly developing society is still an urgent issue. In addition, in China, electric vehicles have gradually replaced traditional fuel vehicles to gradually increase the market share and become the first choice of consumers to buy cars. Thus, the purpose of this paper is to explore the problems in the construction of supply chain management systems for Chinese electric vehicle enterprises through theoretical analysis, put forward suggestions for improvement, and choose Guangzhou Automobile Group as a case study. The difficulty of supply chain and supplier management caused by the multi-level supply chain, as well as the product problems of the enterprise, also exacerbate the exposure of its problems in supply chain management. Therefore, it is necessary to optimize the management system to balance the customer's demand and the company's supply capacity, as well as to strengthen the logistics supervision system.

Drivers of low-carbon practices in green supply chain management in construction industry: An empirical study in China

Understanding the drivers of low-carbon practices in green supply chain management in the construction industry is essential because it largely addresses the major problem of global warming due to carbon dioxide emissions. The purpose of this study is to investigate key drivers of low-carbon practices in green supply chain management in construction industry. Based on institutional theory, relational view theory, and self-determination theory, three drivers for low-carbon practices were identified, namely, environmental regulation, supply chain relationship, and organizational culture. Then a questionnaire was administered and data were collected from the owners, contractors, designers, and other relevant parties of the construction project. Partial least squares structural equation modeling was used to analyze data. The results show that supply chain relationship and organizational culture are positively and directly correlated with the low-carbon practices level of green supply chain management. In addition, this study also found that organizational culture partially mediates the relationship between supply chain relationship and low-carbon practices. Contrary to expectations, environmental regulation has no direct effect on practices, while supply chain relationship and organizational culture fully mediate the relationship between environmental regulation and practices. As limited research has been conducted to examine the drivers for green supply chain management low-carbon practices in the construction industry, this study bridges the knowledge gap and contributes to the current knowledge system of green supply chain management. Additionally, the findings of this study can provide authorities and practitioners with a deeper understanding of low-carbon practices in green supply chain management, and helping to propose more feasible measures to reduce carbon dioxide emissions and improve environmental performance.

Potential for synergetic integration of Building Information Modelling, Blockchain and Supply Chain Management in construction industry

Construction industry nowadays is facing several key issues as the likes of cost and time overruns and unstable business environment which lead to suppressed profitability, quality, and stakeholder satisfaction. Studies have suggested, an improved Supply Chain Management (SCM) towards Sustainable Supply Chain (SSCM) could help in this regard, however there are barriers observed to its implementation in the construction industry. Building Information Modelling (BIM) too is considered a positive disrupter in the construction industry due to the potential in its applications, and one of such potential is improving the SCM. However, similar to SCM, adoption of BIM faces several barriers. Preliminary review suggests that some of its barriers could be resolved by integrating with Blockchain, another disruptor stemming from Industry 4.0. Hence, this paper attempts to assess how the synergy of BIM and blockchain would improve the SCM of the construction industry. For that purpose, through a systematic literature review, the paper structures the barriers of SCM, and barriers and benefits of BIM and blockchain in construction industry across the dimensions of Socio-technical, Industrial, Organizational, Financial, Legal and Institutional, and Sustainability, and conceptually maps the barriers and benefits to identify their collective impact on SCM. From this study it was found that with the help of Blockchain integration, there are a number of potential synergies that may solve critical inherent issues in both BIM and SCM, such as reluctance of information sharing and trust, sustainability concerns and safety, leading to positive cumulative impact on SCM. However, it was also recognized that there can be negative as well as neutral cumulative impacts on areas such as cost, and lack of personnel, knowledge and institutional support that can lead to an opposite impact.