The vast emission of greenhouse gases from industrial wastes is a global problem. The non-
biodegradable nature of industrial wastes like silica fume, glass, bottom ash, and rubber …

Recycling waste glass for developing cementitious and geopolymeric concretes as
sustainable construction materials have recently attracted increasing attentions for the …

The comprehensive properties of waste seashell ash (Oyster shell ash (OSA), Scallop shell
ash (SSA), and Mussel shell ash (MSA)) in lightweight foamed concrete (LFC) are needed to …

Recycling glass waste for developing sustainable cementitious mortar and concrete have
recently attracted increasing attentions for the construction industry. From another aspect …

Glass powder (GP) is a solid waste with increasing reserves. GP can be used as a
supplementary cementitious material (SCM) to produce concrete in order to effectively save …

In this study, the effect of waste glass on the mechanical properties of concrete was
examined by conducting a series of compressive strength, splitting tensile strength and …

In this study, the possibilities of disposal of environmental waste, silica fume, and waste
glass powder as substitutes in the mortar samples in Portland cement were investigated. For …

Ultra-high performance concrete (UHPC) encounters hindrance in pursing carbon neutrality
and extended applications due to the dosage of cementitious materials and high energy …

The knowledge acquired through previous experimental phases with coating mortars with
mussel shell aggregates led to conclude that irregular, flaky and hydrophobic particles of the …

In cement technology, sustainable-based politics demands the use of industrial by-products
and waste–based materials. Glass powder (GP) and silica fume (SF) are excellent solid …