Traditional concrete, primarily employed for structural purposes, ensures the safety and
reliability of infrastructure due to its excellent mechanical and durability properties. However …

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

Ordinary silicate cement repair materials are slow to set and harden, have low early
strength, and cannot meet the demands of rapid repair, and the disadvantage of brittleness …

The degradation of basalt fibre-reinforced polymer (BFRP) bars induced by alkaline
environments hinders their application in seawater and sea-sand concrete (SWSC). The use …

In this paper, moisture conditions and epoxy bonding agents on interfacial behavior
between normal concrete (NC) and ultrahigh performance concrete (UHPC) were …

With the increase in service life, the durability of a large number of concrete structures
deteriorates year by year under the influence of the external environment, requiring urgent …

The brittleness of concretes can be reduced by adding fibers. For decades, elastic fibers
such as glass fiber were used in concretes, making them stronger; nowadays, significant …

The realization of full automation in 3D Concrete Printing (3DCP) encounters numerous
obstacles, notably the absence of automated and inline testing methodologies to measure …

The impact of monosulfate hydrate (AFm) on chloride (Cl−) binding and steel corrosion in
simulated concrete pore solutions (SCPSs) was evaluated. In the SCPS with AFm added, a …

Fracture toughness provides a quantifiable means of evaluating the ability of brittle
materials, such as concrete, to withstand crack propagation. This is particularly relevant in …