Thermal environment influences human thermal comfort significantly when people have
outdoor activities. Four environmental parameters determine outdoor thermal comfort, which …

Indoor thermal comfort/perception (ITC) would be affected by contextual factors. The present
article reviewed findings (thermal responses represented by neutral temperature, NT) of ITC …

Windows play a critical role in building energy consumption and thermal comfort. Although
many different models have been adopted for developing standards for indoor thermal …

Solar radiation (SR) knowledge plays a vital role in the design, modelling, and operation of
solar energy conversion systems and future energy investment policies of the governments …

Background: A set of four case-control (n= 109), randomized-controlled (n= 7), cross-
sectional (n= 78), and intervention (n= 47) studies was conducted across three countries to …

Monitoring the thermal comfort of building occupants is crucial for ensuring sustainable and
efficient energy consumption in residential buildings. Existing studies have addressed the …

Abstract Predicted Mean Vote (PMV) developed by Fanger is widely used for assessing
indoor thermal environments. However, the PMV has deviation in assessing the thermal …

Solar radiation has a profound impact on indoor thermal conditions, particularly in highly
glazed spaces. However, there have been limited field measurements on this subject …

Indoor solar radiation significantly affects human thermal sensation, especially with the
extensive use of glass structures in modern buildings. This study explored the varying …

The solar incidence on an indoor environment and its occupants has significant impacts on
indoor thermal comfort; it can bring favorable passive solar heating or can result in …