In recent years, frequent natural or man-made disturbances have been accelerating the
study of resilience management. As an important source of system resilience, maintenance …

With the introduction of manufacturing paradigms, including Industry 4.0, production
research has shifted its focus to enabling intelligent manufacturing systems within industrial …

Historically the notion of resilience capability has primarily been conceptualised as a holistic
construct in the domain of supply chain networks–referred to as SCRES. The field of SCRES …

With the development of intelligent manufacturing, robots are being increasingly applied in
manufacturing systems due to their high flexibility. To avoid production disruptions caused …

Resilience is an important property in many engineering systems that may be exposed to
shocks. Existing resilience measures primarily focus on changes in system performance …

Systems are damaged due to various disturbances, and the reliability of the systems is
reduced. Measures to improve system resilience need to be studied since many systems still …

The operational efficiency and resilience of bulk cargo terminals are crucial. They are not
only a solid support for core areas such as energy supply, food security, and manufacturing …

Failures are inevitable part of any manufacturing system. If not handled properly, they will
lead to machine breakdown and line stoppage. One of the causes of failures is unattended …

The design of IoT-based smart buildings places great emphasis on network infrastructure
and the integration of resilience into the overall system. The research aims to develop a …

In bulk cargo terminals, machinery failures during vessel berthing operations inevitably
disrupt the normal loading and unloading processes. The berth allocation process in such …