Despite the growing research on supply chain resilience (SCR) strategies, a comprehensive performance assessment for implementing multiple strategies simultaneously, considering both positive and negative synergistic effects, is still lacking. Given the complex nature of resilience, it is important for any such assessment to incorporate a multi-dimensional view of resilient behavior. To help address this gap in the literature, we propose an extended slack-based super-efficiency data envelopment analysis for evaluating the performance of SCR strategies when they might be utilized concurrently. The new approach characterizes resilience performance by considering the cost of implementing a set of resilience strategies (resilience cost) as an input to the assessment process, and by considering (1) the resulting cost of the disruption, (2) the impact on the service level, and (3) the associated recovery time as outputs. Taken together, these metrics allow for assessing the combined performance of each candidate set of resilience strategies under their synergistic effects. This new and comprehensive approach for resilience assessment is carefully incorporated into a framework that ranks different subsets of relevant strategies for any given supply chain, according to their relative effectiveness across a variety of different disruption scenarios. The proposed decision framework is able to help decisionmakers identify the best ensemble of resilience strategies available. A real-world case study is used to illustrate the significant potential of the framework, and a number of important managerial insights are provided to help decision-makers more effectively analyze and implement their own optimal subsets of SCR strategies, particularly in the presence of network quality or budgetary constraints. Theoretical implications include advancing the understanding of multi-strategy interactions in SCR, while practical implications focus on guiding SC managers in selecting and implementing the most effective resilience strategies under various conditions.

Reza Alikhani

Amirhossein Ranjbar

S. Ali Torabi

Christopher W. Zobel

International Journal of Production Economics

《国际生产经济学杂志》侧重于处理工程与管理之间接口的主题。涵盖了与制造和加工工业以及一般生产相关的主题的所有方面。该期刊本质上是跨学科的，考虑到整个活动周期，例如产品生命周期 - 研究、设计、开发、测试、发布、处置 - 以及材料流周期 - 供应、生产、分销。期刊的最终目标是传播知识以改善工业实践，并加强支持正确决策所需的理论基础。它为交流思想和展示理论和应用的新发展提供了一个论坛，只要工程和技术符合行业运营的管理和经济环境。从性质上讲，该期刊将传统学术方法的高标准与工业应用的实际价值相结合。接受的文章需要基于严谨的合理理论，并包含重要的新颖科学贡献。在分析报告的问题和解决方案时追踪经济和金融后果，属于该期刊的中心主题。

The International Journal of Production Economics focuses on topics at the interface between engineering and management, covering all aspects related to manufacturing, processing industries, and general production. The journal is inherently interdisciplinary, considering the entire activity cycle, such as the product lifecycle—research, design, development, testing, release, and disposal—as well as the material flow cycle—supply, production, and distribution. The ultimate goal of the journal is to disseminate knowledge to improve industrial practices and strengthen the theoretical foundation necessary for informed decision-making. It provides a forum for exchanging ideas and showcasing new developments in theory and application, as long as engineering and technology align with the management and economic context of industry operations. By nature, the journal combines high standards of traditional academic methods with the practical value of industrial applications. Accepted articles must be based on rigorous theoretical frameworks and contain significant novel scientific contributions. Tracking the economic and financial implications while analyzing issues and solutions is a central theme of the journal.

《International Journal of Production Economics》专注于工程与管理之间的交叉主题，涵盖制造和加工工业及一般生产相关的各个方面。该期刊具有跨学科特性，考虑整个活动周期，包括产品生命周期（研究、设计、开发、测试、发布、处置）和材料流周期（供应、生产、分销）。期刊的最终目标是传播知识，以改善工业实践，并加强支持正确决策所需的理论基础。它为交流思想和展示理论及应用的新发展提供了一个平台，只要工程和技术符合行业运营的管理和经济环境。该期刊结合了传统学术方法的高标准与工业应用的实际价值，接受的文章需基于严谨的理论，并包含重要的新颖科学贡献。在分析问题和解决方案时，追踪经济和金融后果是该期刊的核心主题。

Category	Quartile
工程技术	1
工程技术, 运筹学与管理科学	1
工程技术, 工程工业	2
工程技术, 工程制造	2

Performance evaluation of concurrent supply chain resilience strategies

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Journal Info

Category	Quartile
OPERATIONS RESEARCH & MANAGEMENT SCIENCE	1