Global warming is widely recognized to affect the built environment in several ways. This
paper projects the current and future climate scenarios on a nearly zero-energy dwelling in …

As climate change continues, it is expected that the risk of overheating will rise in both new
and existing buildings in mixed humid climate zones in Europe. This study introduced a …

Climate change has a broad impact on different aspects of energy use in buildings. This
study explores potential changes in future heating and cooling energy demands. Increasing …

It is expected that heatwaves will strike more frequently and with higher temperatures with
the continuation of global warming. More extreme heatwaves concurrent with disruptions in …

This paper proposes a novel multi-criteria decision support framework for climate change-
sensitive evaluation of building thermal comfort performance in European buildings. The …

The amount, duration, and intensity of wind-driven rain (WDR) are instrumental to the
durability and sustainability of building components. Semi-empirical methods implemented …

We present unprecedented datasets of current and future projected weather files for building
simulations in 15 major cities distributed across 10 climate zones worldwide. The datasets …

Applying extreme temperature events for future conditions is not straightforward for
infrastructure resilience analyses. This work introduces a stochastic model that fills this gap …

The wet-bulb temperature (WBT) comprehensively characterizes the temperature and
humidity of the thermal environment and is a relevant variable to describe the energy …

Changing climate intensifies heat stress, resulting in a greater risk of workplace productivity
decline in timber office buildings with low internal thermal mass. The impact of climate …