A resilient system is a system that possesses the ability to survive and recover from the
likelihood of damage due to disruptive events or mishaps. The concept that incorporates …

Resilience notionally means the ability to adapt changing conditions and recover rapidly
from disruptions, which is vital for mechanical structure. Structure failure is usually caused by …

The concept of engineering resilience has received a prevalent attention from academia as
well as industry because it contributes a new means of thinking about how to withstand …

As the complexity of supply chain structures and the frequency of their disruptions rise,
businesses are increasingly recognizing the value of supply chain reliability and resilience …

Blockchain technology and the Internet of Medical Things (IoMT) have garnered increased
attention recently due to their growing application in effectively managing data security …

Successful recovery from a disrupted state to maintain optimal performance is a key feature
that a resilient complex engineered system should have. In the engineering design …

The continuous pursuits of developing a better, safer, and more sustainable system have
pushed systems to grow in complexity. As complexity increases, challenges consequently …

Power system failures due to extreme weather events can have devastating consequences.
Although microgrids are increasingly adopted as a potential solution to main grid failure …

Complex engineered systems can carry risk of high failure consequences, and as a result,
resilience—the ability to avoid or quickly recover from faults—is desirable. Ideally, resilience …

Engineering resilience is a measure of a system's ability to maintain its functionality by
resisting and recovering from adverse events. Although false alarms often occur in …