Abstract 3D concrete printing (3DCP) is an innovative construction technique that enables
the creation of complex and customized structures. This technology offers advantages such …

The third industrial revolution is marked by the fast-growing evolution of Additive
Manufacturing (AM) in construction. This transformative shift is driving the automation of …

Considering the significant advantages of adding coarse aggregate to 3D printing concrete
(3DPC) that include low cementitious material consumption, low carbon footprint, cost …

This study investigates the role of halloysite nanotube as a mineral-based thixotropic
admixture to 3D printable geopolymer mortar. The first part of this paper focuses on the …

Abstract 3D printed concrete (3DPC) technology is one of the fastest-growing technologies
in the construction industry. In this study, the pore structure of 3DPC and its parameters were …

Abstract 3D printing brings new opportunities for the development of civil engineering.
Machine learning (ML) is also widely used in various fields of 3D printing. To describe the …

The reasonable utilisation of local desert sand for manufacturing 3D-printed concrete is
sustainable and contributes to the advancement of 3DCP to achieve its maximum …

The trend of concrete science is aimed at reducing the consumption of cement and the use
of 3D printing technologies. Based on non-traditional technical silica, 3D printed mortars …

In-line activation of cementitious materials by introducing the accelerators at the print head is
a promising solution to attain the conflicting rheological requirements in 3D concrete …

Coal char, a coal pyrolysis product, is a lightweight carbon-rich material, which exhibits
significant potential as an innovative and sustainable construction material. Recent research …