Abstract 3D printed concrete structures often exhibit considerable degree of anisotropy and
inhomogeneity because of layered material deposition and inferior properties of the …

For concrete with low water-to-binder ratio, the autogenous shrinkage often takes up most of
the total shrinkage. In restrained structures, this kind of shrinkage will produce tensile stress …

Self-healing material is a material that repairs microcracks spontaneously without any
external interference. Based on self-healing methods, there are two main categories for …

Despite the enhancement of amorphous silica on Ultra-High Performance Concrete (UHPC),
the influence of amorphous silicas on the mechanical contribution of coarse aggregates …

This paper presents a hybrid machine learning method for the prediction of concrete
expansion induced by alkali-silica reaction (ASR) and assembles a comprehensive and …

This study investigates deep learning-based backscattered electron (BSE) image
segmentation as a novel approach to automatise phase quantification of cementitious …

This study proposes a new machine learning (ML) framework, which mainly includes dataset
cleaning processing as well as performance predicting, for property prediction of ultra-high …

To investigate the corrosion damage mechanism of ultra-high-performance steel fiber-
reinforced concrete (UHPSFRC), the electrically accelerated corrosion process of …

It is well-known that supplementary cementitious materials (SCMs) and low water-to-binder
(w/b) ratio increase autogenous shrinkage, but the impact on microcracking and long-term …

Fly ash (FA) usually has an insufficient reaction degree in cement-based materials, and the
quantification of its reaction degree is essential for understanding its pozzolanic hydration …