The green transformation of the built environment is aimed at improving sustainability and can be supported by digitalization, which has become a significant tool to support supply, integration, management information throughout construction life cycle. In addition, climate change highly affects human comfort in different strategies should evaluated for adapting cities. This paper developed dig...

• Thermal comfort and air quality was successfully coupled for outdoor index. Moderate to very strong heat stress observed during daytime. Statistically significant hotspots poor were identified. Poor zones clustered around large metropolitan areas. Operational framework will serve as a forecasting tool activities. Current bioclimate indices provide insufficient information about the combined e...

Numerous studies have explored the impact of urban morphology and geometry on outdoor thermal comfort, intending to provide practical guidelines for designers. However, research findings been inconsistent, in part due differences climatic settings investigated heat-stress indicators. This study proposes a parametric-simulation framework observe behavior comfort according possible combinations b...

This study set out to understand the dynamics of human thermal sensation and perception associated with outdoor variability in urban contexts. Previous studies found that compact forms green features can contribute climate diversity, conjectured whether wax wane stress promote satisfaction public spaces. Hence, a stop-and-go method has been developed accurately capture transitions along walks p...

Abstract Measured meteorological time series are frequently used to obtain information about climate dynamics. We use analysis and nonlinear system identification methods in order assess outdoor-environment bioclimatic conditions starting from the of long historical data records. investigate model stochastic deterministic properties 117 years (1891–2007) monthly measurements air temperature, pr...

BACKGROUND The homeless constitute a subpopulation particularly exposed to atmospheric conditions, which, in the temperate climate zone, can result in both cold and heat stress leading to the increased mortality hazard. Environmental conditions have become a significant independent risk factor for mortality from specific causes, including circulatory or respiratory diseases. It is known that th...