The addition of phase change material (PCM) to the building envelope can improve the
indoor thermal comfort and save building energy consumption. In the application of PCM …

Abstract Research on incorporating Phase Change Materials (PCM) in Radiant Floor
Systems (RFS) is experiencing a growing interest, with promising potential for improving …

Radiant floor systems enhanced with Phase Change Materials (PCMs) could achieve
significant energy savings while improving the thermal comfort of occupants in lightweight …

As a result of increasing environmental and economic concerns, the demand for more
efficient energetic systems has augmented, leading to a greater focus on investigating new …

The addition of phase change materials (PCMs) into building materials represents a valid
strategy towards the improvement of their thermal performance and therefore of the indoor …

Heating and cooling requirements in modern buildings are considerably high, where the
building sector contributes 40% to the current end‐use energy consumption, and its related …

The construction industry is responsible for a significant amount of global energy
consumption and CO 2 emissions. To address this issue, phase change material (PCM) is …

In order to create a suitable building heat and humidity environment with lower energy
consumption, the passive temperature and humidity independent control technology is …

In paraffin-based phase change concrete, rice straw can be used as the carrier for paraffin,
however, the compatibility between rice straw and cement matrix is poor. In this study, Nano …

Personal comfort systems (PCS) maintain the occupant's preferred thermal environment and
expand his thermal comfort experience under varying environmental conditions. Among …