This paper presents a critical review of reducing the life-cycle environmental impact of 3D
printing concrete (3DPC) systems from the perspectives of material preparation, construction …

Abstract 3D printed concrete (3DPC) is an innovative solution offering faster construction,
reduced waste, and greater design flexibility. Antimony tailings (AT) enhance the material's …

Traditional construction materials such as cement products release a significant amount of
carbon dioxide during their preparation and usage, negatively impacting on the …

This study aims to experimentally evaluate the durability performances of a novel ultra-
lightweight low-carbon calcined clay cement composite (ULCC-LC 3) for use in sustainable …

In oil well cementing involving high temperature and high pressure (HTHP), silica sources
are usually incorporated into oil well cement to prevent its strength retrogression. This paper …

Engineered cementitious composites (ECC) have emerged as promising materials for 3D
printed concrete. This study delves into the vertical interlayer bonding properties of layer-by …

This research examines the feasibility of using excavated soil (clay content of 44%) as 25%
and 50% replacement of natural sand in 3D printable formulations. A combination of …

This study focuses on blended cement pastes incorporating recycled brick powder (RBP)
and slag. The effects of RBP and slag on the rheological behavior and early-age hydration …

Reusing recycled aggregate (RA) and recycled powder (RP) for fully recycled mortar can
effectively reduce the amount of construction and demolition waste. This work studied the …

Soil excavated during construction and demolition can be utilized to reduce the demand for
natural sand in 3D printed constructions. This research attempts to systematically develop …