Owing to the increasing importance of sustainable supply chain management (SSCM), it has received much attention from both corporate and academic over the past decade. SSCM performance evaluation plays a crucial role in organizations success. One of the practical techniques that can be used for SSCM performance assessment is network data envelopment analysis (NDEA). This paper develops a new NDEA for performance evaluation of SSCM in the presence of stochastic data. The proposed model can evaluate the efficiency of SSCM under uncertain conditions. A case study in the soft drinks industry is presented to demonstrate the efficacy of the proposed method.Web of Scienc
Supply chain management aims to designing, managing and coordinating material/product, information a...
Owing to today's highly competitive market environments, substantial attention has been focused on s...
This research has responded to the need for diagnostic reference tools explicitly linking the influe...
Having a comprehensive evaluation model with reliable data is useful to improve performance of suppl...
Data envelopment analysis (DEA) is a linear programming method for assessing the efficiency and prod...
For performance evaluation of supply chain, having a comprehensive model with reliable data is usef...
In era of reglobalization, sustainably resilient supply chains (SCs) are imperative in corporations ...
Data Envelopment Analysis (DEA) is a mathematic technique for measuring the efficiency of Decision M...
This paper illustrates the use of Data Envelopment Analysis (DEA) in measuring supply chain efficien...
Nowadays, forward-thinking companies move beyond conventional structures of organizations and consid...
Supply chain performance evaluation problems are inherently complex problems with multilayered inter...
In recent years, various organizations have focused on considering the sustainability concept in the...
Considering that supply chain network operations have become increasingly competitive and globalized...
Blood supply chains (BSCs) play a strategic and crucial role in healthcare systems especially in une...
Supply Chain Management (SCM) represents an example of a complex multi-stage system. The SCM involve...
Supply chain management aims to designing, managing and coordinating material/product, information a...
Owing to today's highly competitive market environments, substantial attention has been focused on s...
This research has responded to the need for diagnostic reference tools explicitly linking the influe...
Having a comprehensive evaluation model with reliable data is useful to improve performance of suppl...
Data envelopment analysis (DEA) is a linear programming method for assessing the efficiency and prod...
For performance evaluation of supply chain, having a comprehensive model with reliable data is usef...
In era of reglobalization, sustainably resilient supply chains (SCs) are imperative in corporations ...
Data Envelopment Analysis (DEA) is a mathematic technique for measuring the efficiency of Decision M...
This paper illustrates the use of Data Envelopment Analysis (DEA) in measuring supply chain efficien...
Nowadays, forward-thinking companies move beyond conventional structures of organizations and consid...
Supply chain performance evaluation problems are inherently complex problems with multilayered inter...
In recent years, various organizations have focused on considering the sustainability concept in the...
Considering that supply chain network operations have become increasingly competitive and globalized...
Blood supply chains (BSCs) play a strategic and crucial role in healthcare systems especially in une...
Supply Chain Management (SCM) represents an example of a complex multi-stage system. The SCM involve...
Supply chain management aims to designing, managing and coordinating material/product, information a...
Owing to today's highly competitive market environments, substantial attention has been focused on s...
This research has responded to the need for diagnostic reference tools explicitly linking the influe...