The rising global demand for solutions to enhance building energy efficiency is driven by
increased cooling and heating needs in the construction sector. Addressing energy crises …

To utilize historic buildings sustainably, the energy performance of the building must be
improved through retrofit. To preserve the historical value of the target building, the range of …

Passive sustainable buildings are crucial for mitigating the energy crisis and addressing
global warming by effectively reducing greenhouse-gas emissions and maximizing solar …

Due to the increased demand for enhanced energetic performance of buildings, the present
study focuses on the introduction of encapsulated phase change materials (EPCMs) into …

Increasing energy efficiency in buildings is important for reducing carbon emissions. At the
same time, the recycling of solid waste in the construction sector also helps to achieve this …

To reduce building energy consumption, the indoor temperature must be maintained
constant. To achieve this, thermal storage performance of indoor finishing materials must be …

The development of gypsum-based construction materials with energy storage and thermal
insulation functions is crucial for regulating indoor temperatures, reducing building energy …

There are several advantages of using phase change materials (PCMs) in building walls for
creating energy-efficient structures. Incorporating PCMs into clay walls with the hope of …

This paper is the first study to present the long-term performance of a gypsum and cement
plasters which can be used to retrofit existing buildings and reduce their energy …

Integrating microencapsulated PCM (MPCM) into concrete is an effective strategy to
optimizing its thermal properties for energy savings in buildings. An appropriate …