This paper reviews literature that addresses applications of resilience engineering principles to various fields. Recently the concept has attracted great attention from a technical and industrial perspective. The primary focus of this paper is to review the resilience engineering applications to industrial systems with the purpose of applying them to the chemical industry. A systematic review is performed to classify peer-reviewed journal papers that are associated with resilience engineering applications into three categories: industrial systems, ecological systems, and interlinked systems. The literature in the category of industrial systems is further divided based on the type of approaches such as field studies, case studies, methodologies, and mathematical modeling. After thoroughly analyzing the literature, four key research areas are identified: Considering socio-technical factors for resilience assessment efficiently; Inculcating the possibility of multiple disasters in resilience assessment; Design optimization for resilience enhancement; Efficient restoration strategies. All these research areas have not been explored exclusively for chemical facilities to a great extent. It is concluded that if these research areas are addressed appropriately, it would help in triggering the research pertaining to the application of resilience engineering principles in chemical facilities.

本文回顾了有关弹性工程原理在各个领域中的应用的文献。最近，从技术和工业角度来看，该概念引起了极大的关注。本文的主要重点是综述弹性工程在工业系统中的应用，以期将其应用于化学工业。进行了系统的审查，将与弹性工程应用相关的同行评审期刊分为三类：工业系统，生态系统和互连系统。根据现场研究，案例研究，方法论和数学建模等方法的类型，进一步细分了工业系统类别中的文献。对文献进行全面分析后，确定了四个关键研究领域：有效地考虑社会技术因素以进行弹性评估；在复原力评估中灌输多种灾难的可能性；优化设计以增强弹性；高效的恢复策略。所有这些研究领域并未在很大程度上被专门用于化学设施。结论是，如果这些研究领域得到适当解决，将有助于触发有关在化学设施中应用回弹工程原理的研究。所有这些研究领域并未在很大程度上被专门用于化学设施。结论是，如果这些研究领域得到适当解决，将有助于触发有关在化学设施中应用回弹工程原理的研究。所有这些研究领域并未在很大程度上被专门用于化学设施。结论是，如果这些研究领域得到适当解决，将有助于触发有关在化学设施中应用回弹工程原理的研究。