Radiant chilled ceilings (RCC) are known as cost-effective cooling methods. In this study,
phase change material (PCM) was used to improve RCC, and its thermal analysis under the …

The escalating ambient temperatures are exacerbating indoor temperatures in every
building. Within each building, the roofing system functions as the primary heat absorber …

The roof is the most significant in the energy consumption of building envelopes in severe
cold area. The poor thermal performance of the prefabricated house roof leads to the …

Passivhaus has gained recognition as a reliable solution for low-energy residential housing.
However, existing studies lack comprehensive quantitative analysis of real-life cases …

The level of human occupancy in historic religious buildings influences the internal heat
gains and thus the thermal comfort of the users. The temperate climate represents a …

Global warming and increased air-conditioning demand drive up energy use. A passive
cooling system for the building's roofs is one solution to this problem. The current study …

The double-skin roof has been applied in the design of modern granaries for energy saving.
Compared with the ordinary parallel double plate, the double skin composed of an inclined …

Global warming, in arid regions raises the indoor air temperature and energy utilisation of
residential buildings. The development of effective passive cooling solutions is critical for …

In this work, polystyrene/aluminium (PS/Al) nanocomposites were fabricated based on the
various concentrations (0, 1, 5, 10, and 15 mg) of Al nanoparticles using the casting method …

Propósito: evaluar el desempeño térmico de un techo verde en un prototipo a escala en
condiciones de calor extremo en clima cálido seco. Diseño metodológico: el estudio es de …