The high energy consumption by buildings has called for a need to use energy-efficient
material for future construction applications. Cementitious composites in various forms are …

The article reviews the recent research contributions and future promising perspectives
regarding innovation in concrete technologies for low-carbon applications in buildings. To …

In this paper, the utilization of recycled asphaltic concrete aggregate (RACA) in high calcium
fly ash geopolymer concrete (HFGC) was explored. Coarse limestone aggregate was …

In the present study, hygro-thermal and durability related properties of a cementitious mortar
containing highly porous foamed aggregates obtained from polymeric end-of-waste …

In this research, the durability and mechanical properties of pavement concrete containing
bagasse ash was studied. The pavement concrete containing bagasse ash was made from …

The mutual effect of a binder type and dosage of expanded glass granules on the properties
and performance of lightweight repair mortars was researched. As the problems associated …

Excessive CO2 emissions present major environmental challenges. This study developed
carbonation-enhanced high-strength foam concrete (HSFC) to maximize the CO2 …

Expanded polyvinyl chloride (PVC) or “FOREX” is widely used in advertising and signage
boards, shop fittings and shop window decorations. This article attempts to study the physico …

The use of lightweight concrete (LWC) in the USA is apparently experiencing dormant or
even declining trends in a number of states. This study attempts to estimate the current and …

Innovation of cement-based composites is a recently strongly emerging technology.
Nanotechnology is one of the potential alternatives to improve cement characteristics and to …