Engineered cementitious composites (ECC) exhibits impressive tensile strength but has
significant environmental drawbacks due to high cement consumption. Recently …

The present investigation aims to study the mechanical and durability performances of Fly
Ash (FA), Ground Granulated Blast Furnace Slag (GGBS), and Metakaolin (MK) blended Self …

The application of geopolymers for the safe management of radioactive waste has not been
implemented on a large scale, where they are tirelessly examined with the purpose of …

This study focuses on investigating the impact of chemical constituents in binders and
activators on the prediction of strength, particularly proposing a novel hybrid ensemble …

Globally, large quantities of oily sludge are produced in petroleum refineries as wastes from
petroleum refining processes. Petroleum refinery oily sludge (PROS) is a major by-product …

Aim of this work is to exploit an ambient-curing method to produce high-strength
geopolymers by applying un-calcined coal gangue (G). An optimized alkaline activator …

Ordinary Portland cement (OPC) has a major contribution to the increment of greenhouse
gases due to its increased demand as a construction material. To overcome this problem …

This article reports an investigation of the behaviour of a low-calcium fly ash-only
geopolymer (FAGP) mortar in comparison to Ordinary Portland Cement (OPC) mortar and a …

The potential substitution of Portland cement–based concrete with low-and high-calcium fly
ash–based geopolymers was investigated. However, predicting the workability and …

The primary goals of the present study are to decrease CO 2 emissions and minimize the
excessive consumption of natural resources associated with cement production. The main …