Serviceability of tall timber and hybrid timber buildings under wind-induced vibrations has
become their leading design criterion. Accurate finite element models for predicting their …

This paper presents the continuous monitoring of an eight-story cross-laminated timber
(CLT) building. The monitoring process includes daily acceleration measurements at the …

Supervised fault diagnosis (FD) in mechanical systems, particularly in high-speed train
(HST) components, faces significant challenges due to the presence of label noise in …

This paper presents a unique study on the dynamic identification of the tallest glue-
laminated timber frame building in the world using forced vibration tests (FVTs) and long …

Numerous studies have investigated the long-term monitoring of natural frequencies,
primarily focusing on medium–large highway bridges, using expensive monitoring systems …

In this study, the vibration serviceability of multi-storey timber buildings is addressed. The
core of this study pertains to the preparation of a comprehensive finite element model to …

In this research, a novel robust decentralised H (H∞ and H 2) design combined with a
pattern search method (PSM), incorporating considerations of multiple modal dynamics, was …

The serviceability of tall timber buildings due to wind-induced vibrations is often a governing
design criterion. However, accurate modelling of such buildings for their serviceability is a …

The results of three case studies of timber and hybrid timber buildings have been reviewed.
For each case study, experimentally obtained modal data was available. A detailed …

This paper describes practical application of a novel and oven-controlled crystal oscillator
(OCXO) high-precision synchronised wireless data acquisition system for a modal testing of …