The building sector accounts for over one-third of global energy consumption and a
significant share of carbon emissions. Improving building energy efficiency, particularly in …

Energy demand is growing significantly worldwide to create thermal comfort in buildings. Air-
conditioning is contributing to energy consumption at a massive scale in the residential and …

Residential buildings consume a lot of energy, particularly after the recent pandemic and
remote working lifestyle. Thus, it is crucial to design energy-efficient buildings that reduce …

The application of energy-efficient strategies in buildings, such as the Green Building
Concept, can significantly impact human comfort and resource consumption. However, due …

Although various cooling approaches have been proposed to overcome the thermal
discomfort in residential buildings, tropical developing countries still lack affordable and …

In traditional cities of hot and arid climate regions, roofs are usually the surfaces most
exposed to intense sunlight in summer. This leads to high temperatures inside the houses …

Buildings consume around 40% of total global primary energy and account for one-third of
greenhouses gas emissions. In the context of rising average air temperature and growing …

Incorporating passive cooling devices within building design requires analysis of device
variables and actions to improve cooling performance, maximize efficiency, and integrate …

This paper aims at investigating the performance of some passive techniques integrated to a
house in six climates ranging from Cold climate to Desert one. First of all, a case study of a …

In arid locations, global warming raises the indoor air temperature and energy utilization of
residential and commercial buildings. Developing effective passive cooling solutions is …