Geopolymer is a sub-class of alkali activated materials composed of base materials
containing aluminosilicates which can be used for construction with reduced environmental …

The utilization of industrial waste as an aluminosilicate precursor (AP) for alkali-activated
material (AAM) production can provide an outlet for the growing waste stream and relief to …

Rapid infrastructure development has led to an enormous demand for cement and a huge
production of construction and demolition (C&D) waste. The ever-growing demand for …

The effect of substituting a large amount of silica fume (SF) with nanosilica (NS) on the
hydration behavior and mechanical properties of Ultra-High-Performance Concrete (UHPC) …

The utilization of such solid wastes as red mud (RM), carbide slag (CS), and fly ash (FA) in
the production of environmentally friendly and cheap construction materials is a challenging …

In current scenario, new innovative recyclable materials are scientifically tried to be a part of
concrete for improving the properties and reducing the cost. The aim of the present study, is …

This study investigated the effect of nano-SiO 2, which partially substituted silica flour, on the
rate-dependent bond behavior of straight steel fibers in ultra-high-performance concrete …

The cement normally applied in carbon capture and storage sites as well lining or plugs may
undergo degradation due to carbon dioxide (CO 2) exposure, increasing the risk of CO 2 …

To find cementitious composites that can be suitable for superseding Portland cement and
alleviate the demerits of it for the environment, this study develops newly cementless ternary …

This study used reactive ultra-fine fly ash (RUFA) as the primary raw materials in the
preparation of a novel RUFA geopolymer. Note that the solution to binder weight ratio was …