Regenerative construction currently enables the development of regenerative composites
intended for the thermal rehabilitation of outside walls. The composite studied is the gypsum …

Foam concrete, as an inorganic cellular material possessing exceptional thermal insulation
and fire resistance properties, emerges as a promising candidate for thermal insulation. To …

The energy consumption for building cooling occupies non-ignorable part of global energy
consumption, causing the increasing aggravation of energy crisis and environmental …

To increase the energy efficiency of buildings and lower carbon emissions, heat losses
through exterior walls could be considerably decreased by using high-performance thermal …

The construction industry is responsible for a large amount of both embodied carbon and
emissions. Especially with concrete, there is still a lot of potential for designing recipes in a …

The paper aimed to investigate the eco-lightweight concrete external walls suitable for the
hot-summer and cold-winter (HSCW) zone, utilizing locally available renewable materials …

The heat transfer characteristics of a wall implanted with heat pipes (WIHP), a new passive
natural energy utilization technology, significantly differ from that of an ordinary wall. It …

Gobi solar greenhouses (GSGs) with trapezoidal cross-section walls, through the passive
utilisation of solar energy, provide appropriate environmental conditions for sustainable crop …

This paper evaluates the thermal performance of building walls in Morocco's hot and dry
climatic zones. Two types of hollow brick walls, namely, single wall (Type A) and double wall …

Agricultural waste shows promise for use in lightweight building materials. The combination
of a geopolymer and wheat straw (WS) is adopted to produce a kind of eco-friendly …