Recycled aggregate concrete (RAC) is a sustainable and low-carbon construction material,
but it tends to have inferior physico-mechanical properties compared to natural aggregate …

Replacing steel rebars with glass fiber reinforced polymer (GFRP) rebars in concrete beams
can lead to the production of lightweight and durable structural members. Meanwhile …

Research into recycled aggregate concrete (RAC) has been on the rise as there is a need to
preserve natural resources and promote sustainable infrastructure practices. In our previous …

The in-plant use of recycled aggregate concrete derived from precast rejects (termed PRAC
herein) can promote a circular economy in the precast industry. However, the environmental …

Recycled concrete solves the problems of building resource waste and environmental
pollution. The addition of fiber can improve recycled concrete's bearing capacity and …

Plasterboard, a commonly utilized construction material, comprises a gypsum core nestled
between two paper layers. Gypsum after demolition of plasterboards is a recyclable waste …

The main purpose of this study is to examine the advantages and disadvantages of the
Kömürhan bridge, built with natural aggregate concrete in Elazig, in terms of mechanical …

In this study, high volumes of fly ash and micro-steel fiber were used to improve lightweight
aggregate mixes' strength and durability properties that can be used in the prefabrication …

Waste-based concrete stands as an environmentally friendly and sustainable optifon
compared to conventional concrete. The waste-based concrete holds the potential to reduce …

The popularization of recycled concrete (RC) is an important way to achieve efficient
resource utilization of construction solid waste (CSW), which can coordinate the sustainable …