Applying 3D printing in construction is a promising, sustainable alternative to conventional
methods. However, the thermal and energy performance of 3D-printed structures remains …

Driven by the rapid evolution of 3D printing technology, the construction industry is on the
verge of a momentous revolutionary shift. The implementation of construction 3D printing …

Three-dimensional printing technologies are transforming various sectors with promising
technological abilities and economic outcomes. For instance, 3D-printed concrete (3DPC) is …

Buildings with excellent thermal performance offer numerous benefits, including reduced
energy consumption for climatization, minimized environmental impact, and enhanced …

The continuous search for improved thermal confort and energy efficient buildings has
driving forward the study of construction materials with low heat transfer. The present work …

The sustainability of 3D printed buildings has drawn increasing attention in research. As a
foundation for assessing energy efficiency and sustainability, it is crucial to consider the …

LC³ coating mortars have been developed by replacing 45–60% of Portland cement with
metakaolin and limestone (2: 1) and using a 1: 4.5 binder-to-sand ratio to create an energy …

A versatile building material, foamed concrete is made of cement, fine aggregate, and foam
combined with coarse aggregate. This study provides a description of how constant coarse …

This paper studies the pathways to formulate lightweight and ultra-lightweight 3D printable
cementitious composites. A hybrid approach was proposed by combining the advantages of …

Abstract 3D concrete printing (3DCP) is a construction technique based on the deposition of
successive layers of a cementitious composite without the need for conventional formwork …