Most load identification methods require that the load location is known in advance. A
sparse Bayesian framework is proposed in this study to identify the force location and time …

A damage identification methodology considering shear deformation was presented in this
paper to identify damage to semi-rigid frames with slender beams. On the basis of the …

Damage detection is of great importance in reducing maintenance cost and preventing
collapse of structures. Despite existing damage detection methods, the current literature …

Vibration-based building health monitoring is a promising and feasible approach to assess
the operational state of building structures in a remote, automated, and continuous fashion; …

This paper presents a parameter-identification method for rod structures with different
connections. In this method, the parameters of the structure are adjusted to match its …

The calculation of the first derivatives of dynamic properties and the frequency response
functions with respect to design variables is a prerequisite for structural model updating and …

Beam-column joints are responsible for maintaining the integrity and stability of frame
structures, and any damage to these critical components can endanger the overall safety …

Structural damage identification based on time domain method of vibration response has
been widely developed in the recent decades, however, it still confronts some difficulties …

Modal parameters can accurately characterize the structural dynamic properties and assess
the physical state of the structure. Therefore, it is particularly significant to identify the …

Damage detection of a complex spatial frame structure with semi-rigid joints is a challenging
task. Most existing damage detection methods consider the joint as rigid and the nonuniform …