Tests on infill masonry walls have been widely performed by many researchers and for a
long time with the main purpose of characterising the infill performance under earthquake …

Shaking table substructure testing (STST) takes the substructure with complex behavior
physically tested, with the behavior of the rest structural system being numerically simulated …

The present paper focuses on the acquisition of the seismic responses of the masonry
structures for evaluating the variations of the predominant frequency, dam** ratio, and …

Vibration‐based methodologies are nowadays gaining increasing application for the
structural health monitoring and damage detection on buildings, especially damage due to …

The paper discusses the usefulness of the dynamic characterization of buildings based on
the use of ambient vibration tests at different construction phases. The proposed …

Damage detection (DD) is one of the primary goals of health monitoring of civil structures.
Vibration-based techniques aim to identify the modal properties (or vibration characteristics) …

In the application of data driven structural damage identification (SDI) based on supervised
deep learning technology, valid data demarcation is the foundation; a convolutional neural …

This paper presents the identification of modal properties of a full‐scale five‐story reinforced
concrete building fully outfitted with nonstructural components and systems (NCSs) tested …

In this paper a procedure to experimentally estimate the stiffness of masonry internal
partitions and infill walls is proposed with the aim of providing a practical tool to reduce …

The paper deals with the dynamic characterization of a reinforced concrete (RC) frame
school building in central Italy before and after the seismic retrofitting, obtained by coupling …