Outdoor environment exchanges heat with indoor environment, enabling pollutants to
infiltrate indoors, affecting buildings' energy efficiency, comfort, and indoor air quality …

This paper presents the results of research on identifying moisture inside the walls of
buildings with the use of electrical impedance tomography (EIT). The original, complex pixel …

The hygric performance of building envelopes determines the degradation progress.
Multiple factors, including the climate parameters (eg, solar radiation and wind-driven rain) …

Snow and sudden heavy fog on the road are significant factors that contribute to traffic
congestion and frequent accidents. In light of a number of environmental, economic, and …

In this study, the effects of a novel transparent nano-insulation in building windows are
investigated on thermal comfort and energy consumption. In addition to the use of a novel …

This study focuses on the drying kinetics of cob and light-earth layers comprising a hybrid
walling system. Volumetric water content sensors are immersed and placed at different …

A one-dimensional mathematical model of water droplet accumulation in ventilation shafts is
proposed. Model parameters are determined using the results of a ventilation survey of deep …

The occurrence of surface condensation and mould can lead to concerns of poor indoor air
quality and adverse health implications of occupants. Remedial actions require identification …

Experimental studies and simulation analysis were conducted to assess the hygrothermal
performance of intelligent roof systems, which perform passive dehumidification in summer …

Among the possible pathologies in buildings, one of the main occurrences in humid climates
is the appearance of mold. The mold growth on envelope inside surfaces is not exclusively …