Herein, different kinds of methods for buildability quantification of 3D concrete printing are
reviewed, including experimental approaches, analytical modelling, and numerical …

This paper investigates the spatial characteristics of microstructural phases in relation to the
fracture toughness in Mode-I/II and transport behavior in two orthogonal directions of …

Interlayer adhesion is one of the most pivotal aspects related to mechanical performance
and durability of 3D printed concrete. However, due to continuous printing of multi-layered …

Poisson's ratio, defining the lateral to longitudinal strain of a material under uniaxial load, is
an extensively used material property in engineering analysis and design. For …

This paper presents the experimental results concerning the mix design and 3D printing
correlation performance of a completely new printing material, Portland cement clinker (Pcc) …

A study was performed on printing concrete made with Portland cement clinker (Pcc)(the
base material), quartz sand (the aggregate), a water reducer, and the additives …

This paper presents the mechanical properties of composite beams additively manufactured
by 3D-printing of layers of mortar on top of custom-designed (also 3D-printed) steel plates …

The most used viscosity-modifying agents (VMAs) in 3D concrete printing (3DCP) are
typically in powder form, which may pose challenges in dispersion and handling due to their …

This paper investigates the use of architected cellular and solid designs of materials via
additive manufacturing and in-situ CO2 circulation to augment the carbonation and …

The mechanical response and fracture behavior of two architected 3D-printed hardened
cement paste (hcp) elements,'lamellar'and 'Bouligand', were investigated under uniaxial …