A novel framework for quantitative resilience assessment in complex engineering systems during early and late design stages
Author:
Funder
The University of Sheffield
Publisher
Elsevier BV
Reference94 articles.
1. Novel deterministic and probabilistic resilience assessment measures for engineering and infrastructure systems based on the economic impacts;Abbasnejadfard;Int. J. Disaster Risk Reduct.,2022
2. Developing a bi-objective maintenance optimization model for process industries by prioritizing resilience and robustness using dynamic bayesian networks;Alipour;Comput. Ind. Eng.,2024
3. Operationalizing resilience: a deductive fault-driven resilience index for enabling adaptation;Amer;Process Saf. Environ. Prot.,2023
4. Analysis of quantitative metrics for assessing resilience of human-centered CPPS workstations;Aruväli;Sci. Rep.,2023
5. Intuitionistic Fuzzy Sets;Atanassov;Fuzzy Sets Syst.,1986
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