Lightweight, high energy reservation and excellent functional performance are the main
benefits of cellular concrete. Its properties mainly depends on the pore characteristics …

Traditional waste management schemes raise various environmental, social, and economic
concerns; thus, require productive replacements. A large amount of natural resource is …

The need for sustainable and environmentally friendly concrete for construction has resulted
in the development of low carbon concretes such as geopolymer concrete. Geopolymer …

In this study, the effects of foam content, different dosages of fly ash, slag, silica fume and
water-to-binder ratio on a series of properties of foamed concrete were examined. In total, 39 …

Steam curing is commonly adopted in the production of precast concretes (PC) for modern
industrialized buildings. To propel recycling of harmful waste and reduce carbon emission …

In the fast-developing time, the accumulation of waste materials is always in an uptrend due
to population increases and industrialization. This excessive accumulation in waste …

Although heavy metals are typically found in trace levels in natural waterways, most of them
are hazardous to human health and the environment, even at extremely low concentrations …

This study presents investigation on microstructural, mechanical, durability and thermal
characteristics of hemp fibers (HFs) reinforced foam concrete with fly ash (FA) and Taguchi …

Globally, various solid wastes are produced and stockpiled in large quantities, causing
serious environmental, social, and economic problems. Foamed concrete has attracted …

This study reports the preparation and characterization of alkali-activated slag based
geopolymer foamed material (GFM). The roles of rice husk ash (RHA) on thermal stability …