An economical and widely available raw material is essential for the application and
popularization of geopolymer. Due to the vast reserves of natural clay, calcined natural clay …

Geopolymers have been long recognized as the next-generation building material due to
environmental reasons. However, geopolymers are inherently brittle and usually require …

Abstract Eco-friendly Ductile Geopolymer Composites (EDGCs) are a class of fiber
reinforced geopolymers with strain capacity exceeding 3% in pure tension. In this study …

Reusing of waste bricks, particularly as recycled aggregates to prepare concrete, plays an
important role in reducing dependence on natural resources and solving the problem of …

In this paper, a highly ductile PE fiber reinforced engineered geopolymer composites (EGC)
was developed with metakaolin as main ingredient, and the mechanical properties of EGC …

Engineered cementitious composites (ECC) are widely used owing to their high tensile
capacity and strain-hardening behavior; however, the use of large quantities of cement …

A light weight, high strength and low carbon content are the main characteristics of modern
concrete that meet requirements for functionality and environmental considerations of …

In this study, a strain-hardening geopolymer mortar, based on waste liquid-crystal display
(LCD) glass and ground granulated blast furnace slag (GGBFS), was first developed by …

This study introduces ultra-ductile fly ash-based engineered geopolymer composites (UD-
EGCs). Four mixtures of UD-EGCs with different ratios of sodium metasilicate pentahydrate …

An attempt to recycle construction waste soils in southern cities of China was presented in
this study, where completely decomposed granite (CDG) was utilized to replace fly ash in …