This paper aims to study the drying and autogenous shrinkage of optimized One-Part-
Geopolymer binders based on micronized dredged sediments and fly ash. Four One-Part …

Geopolymer has been recognized as a promising construction material offering performance
comparable to traditional cementitious materials while significantly reducing carbon dioxide …

The initial predictions of the importance of geopolymers primarily assumed use mainly in the
construction sector. However, as research progresses, it is becoming clear that these …

Abstract Fiber-Reinforced Geopolymer Composites (FRGCs) typically use mono-fiber
reinforcement, often overlooking the potential benefits of hybrid fibers. This article examines …

The recent development of “one-part geopolymer” has significantly improved construction
safety and convenience, establishing it as a highly promising new type of low-carbon binder …

Over the past two decades, geopolymer has emerged as a noteworthy alternative to
traditional cementitious materials in construction, offering comparable performance with …

Producing low-carbon clinker-free engineering material is beneficial to environmental
protection and energy conservation. This paper reports the utilization of natural Pisha …

This paper explores the impact of silicon carbide (SiC) incorporation on the heat transfer
capabilities of energy piles by deploying a suite of methodologies that includes standard …

In this study, a thermodynamic model was developed to perform numerical simulations on
one-part-geopolymer binders based on fly ash and micronized dredged sediments to study …

This research focuses on the structural application of one-part fibre-reinforced geopolymer
composite (OP-FRGC), a pioneering low-carbon, high-performance construction material …