This review article includes a description of additive manufacturing from its advantages and
opportunities for the construction sector, highlighting the definition of a design methodology …

Abstract 3D printing technology revolutionizes construction by creating custom building
components with increased efficiency and reduced waste. This paper reviews …

The main goal of this study is to evaluate the effects of incorporation of the industrial wastes
into Construction and Demolition Waste (CDW)-based geopolymer mixtures. To do this, a …

The environmental impact of construction demolition wastes (CDW) is high since it
represents between 45 and 65% of the solid wastes that reach landfills. These wastes can …

This article describes the recycling of coarse and fine fractions and powder from construction
and demolition waste (CDW) using alkaline activation technology (geopolymerization). The …

This article evaluates the synthesis, characterization and 3D printing of hybrid cements
based on high (70%) contents of powders from concrete waste (CoW), ceramic waste (CeW) …

One of the most essential building materials for sustainable development is concrete.
However, there is a problem with a lack of inexpensive, efficient ways to make it high …

This paper explores the potential of coal ash-based alkali-activated materials (AAM) for
additive manufacturing (AM), coal ash with a high loss on ignition, which is traditionally …

The waste generated during production in tea factories is increasing with the growth of the
world population. Storage of tea waste creates problems in terms of location and …

El cemento Portland (OPC) es el cementante comúnmente utilizado en la producción de
concreto. Sin embargo, su uso se ha cuestionado por el excesivo consumo energético y de …