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

Abstract 3D concrete printing represents a modern trend in construction automation,
characterized by the layer-by-layer deposition of concrete using 3D printers to construct …

We propose a new numerical method to analyze the early-age creep of 3D printed segments
with the consideration of stress history. The integral creep strain evaluation formula is first …

The evolution of 3D-printed concrete (3DPC) structures has made remarkable impacts in the
construction industry and academia for prospective engineering practice globally. This is …

Cementitious materials may exhibit significant creep at very early age. This is potentially
important for concrete 3D printing, where the material is progressively loaded even before it …

Direct ink writing of cementitious materials can be an alternative way for creating vascular
self-healing concrete by intentionally incorporating hollow channels in the cementitious …

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 …

The structure failure modeling of 3D printing concrete (3DPC) during production is crucial for
structure design, manufacturing process control and optimization. Serving as model inputs …

Concrete is a widely used and acceptable civil engineering construction material. It
contributes significantly to infrastructural development and global economic growth …

Comprehending civil engineer's crucial role in promoting sustainable construction practices
is becoming increasingly essential as the globe faces severe environmental and economic …