Reliability assessment refers to the process of evaluating reliability of components or
systems during their lifespan or prior to their implementation. In the manufacturing industry …

Background: Production systems often face challenges that impact efficiency, productivity,
and overall performance. Various approaches and techniques are employed to address …

In recent years, there has been a significant increase in the deployment of Cyber-physical
Production Systems (CPPS) across various industries. CPPS consist of interconnected …

Integrating expert knowledge in data-driven Digital Twins can lead to better-informed
underlying models. Achieving systematic integration, however, remains a complex …

Reliability of a system defines the likelihood that a system would operate as expected for a
predefined length of time. There have been numerous notable efforts to model systems with …

Complex manufacturing systems produce highly engineered products with long product
cycle times and are characterized by complex production process behaviors. Ensuring the …

Reliability analysis has long been used to understand and predict system behaviors in
various industries, including manufacturing, aerospace, and energy. However, the …

The number of reported works in Digital Twin (DT) has significantly increased in recent
years. A fundamental component of a DT is the digital representation of a real object …

Simulation modeling has become essential in industries for enhancing processes, improving
efficiency, and mitigating risks within manufacturing systems. However, the automatic …

As manufacturing rapidly evolves, optimizing processes is essential. Digital Twins, which act
as near real-time virtual replicas of the corresponding real-world systems, can support this …