Analysing the entire project life cycle is a new trend in sustainability assessment in the
construction sector. Research on sustainability issues in the construction sector started with …

The effects of operational and environmental variability have been posed as one of the
biggest challenges to transit structural health monitoring (SHM) from research to practice. To …

The service life and performance of the civil infrastructure are affected by the changing
climate, and the changing climate features significant uncertainties that require rigorous …

The shape design and optimization of bluff decks prone to aeroelastic phenomena require
emulating the fluid-structure interaction parameters as a function of the body shape and the …

Communities in US coastal regions are threatened by hurricanes more than ever, and the
effect of climate change may further aggravate the risk and corresponding losses in the …

With the continuous increase of bridge spans, wind-induced vibrations will pose serious
problems to structural integrity and serviceability. Among the many vibration sources of long …

Climate change has significant impacts on structures, which will continue to increase in the
future, particularly bridges and other strategic infrastructure with longer service life exposed …

Controlling wind-induced responses is a challenging and fundamental step in the design of
wind-sensitive critical infrastructures (CI). While passive design modifications and passive …

The escalating trend of emissions of greenhouse gases, including CO2, prompts significant
modifications in climate variables, such as temperature and relative humidity (RH). For …

In vibration-based structural health monitoring (SHM), it is well known that environmental
and operational variations (EOVs) affect the dynamic response of the structure of interest …