Precise knowledge of the moving forces acting on bridges is essential for bridge design and
maintenance. Existing studies fall short in comprehensively integrating finite element (FE) …

This study aims at proposing a method to estimate the deflection angle (rotation) and
deflection of bridges using acceleration measurements without integrating acceleration in …

Abstract Bridge Weigh-In-Motion (BWIM) systems can be installed and serviced on highway
bridges to provide measurements of moving vehicle's gross weight, axle load, axle …

During operation of a simply supported beam bridge, moving forces are a primary load on
the bridge. Therefore, moving force identification (MFI) is essential for ensuring bridge …

Accurate identification of building structure frequencies forms the basis for damage
detection. The structural dynamic response signal, under ambient excitation, can be …

Aging steel bridges constitute a significant portion of transportation infrastructure, requiring
more efficient and intelligent maintenance to enhance their sustainability. This work presents …

This study introduces an unsupervised approach to categorize the acceleration time history
of a highway bridge into three distinct classes: vehicle events, the bridge's free vibration, and …

As the global population continues to urbanize and rely on essential infrastructure for safe
transportation, trade, and everyday life, the significance of SHM of existing structures …

As highway infrastructure ages and degrades, the ratio of traffic demand to capacity is
increasing, making oversized and overweight vehicles a common concern worldwide …