The displacement and rotation are critical indicators of bridge's health, especially for the key
components of the bridge such as bridge bearings. This study presents a real-time …

The measurement of static vertical deflections on bridges continues to be a first-level
technological challenge. These data are of great interest, especially for the case of long-term …

A novel technique to evaluate the bridge boundary condition using neural networks is
proposed. It can be used to establish a more accurate finite element (FE) model considering …

In bridge health monitoring, tiltmeters have been used for measuring rotation and curvature;
however, their application in dynamic parameter identification has been lacking. This study …

Both the instantaneous rotational speed (IRS) and vibration of a rotating shaft are key
information for condition monitoring and faults diagnosis of rotary machinery. Instead of …

Deck inclination and vertical displacements are among the most important technical
parameters to evaluate the health status of a bridge and to verify its bearing capacity …

The instantaneous rotational speed (IRS) of a rotating machine is key information to
understand the machine operation and diagnose the potential faults. A novel nonprojection …

Fast and accurate rotational speed measurement is required both for condition monitoring
and faults diagnose of rotating machineries. A vision-and fringe pattern-based rotational …

The disengagement of bridge bearings is a pervasive issue encountered in the realm of
bridges, which can potentially lead to changes in operational circumstances, diminished …

Rotational angle and speed are important parameters for condition monitoring and fault
diagnosis of rotating machineries, and their measurement is useful in precision machining …