The operation and maintenance stage of the long‐span prestressed steel structure is the
core link of the whole life cycle. At present, there are few studies on the change law of safety …

Nondestructive evaluation (NDE) is entering an era of the fourth industrial revolution and will
undergo a major transformation. NDE is a vital part of industry and a successful move to …

In this study, a prognostics and health management (PHM) framework is proposed for aero-
engines, which combines a dynamic probability (DP) model and a long short-term memory …

This work presents an integrated damage diagnostics–prognostics framework for remaining
useful life (RUL) estimation in the adhesively bonded joints under fatigue loading. A …

Digital twin technology has been widely developed and very active in many areas of
intelligent manufacturing in recent years. Due to the complexity of ship equipment, the …

Structural health monitoring (SHM) of bridges is constantly upgraded by researchers and
bridge engineers as it directly deals with bridge performance and its safety over a certain …

Orthotropic steel deck (OSD) has become the primary bridge deck structure for steel bridges,
but it is vulnerable to fatigue cracks in the weld zone of OSD under traffic loading. This study …

For electromagnetic devices, there exist many uncertainty sources during design stage,
performance simulation, components manufacturing and assembling. These uncertainties …

The present work is primarily dedicated to the development and validation of a Digital Twin
representative of an aeronautical structure. A finite element model is thus created to simulate …

Fatigue indicator parameters (FIPs) are typically computed using crystal plasticity finite
element modeling (CPFEM) and used to predict microscale crack initiation. While …