In this study, an experimental work was directed toward comparing the flexural behavior of
solid and hollow steel fiber‐reinforced concrete beams. For this purpose, eight square cross …

A steel fiber reinforced expanded-shale lightweight aggregate concrete (SFRELC) was
developed by using sintered expanded shales as coarse and fine aggregates. This paper …

For plain mortar without fibres, it has been found that its fresh properties are governed
mainly by the water film thickness (WFT). For fibre reinforced mortar with fibres added, it has …

Kaolin tailing sand (KTS) generated as a by-product from kaolin mining sorting, is usually
disposed of by delivering to landfills. Effective utilization of KTS in concrete could be an …

A concept of steel fibre reinforced concrete–plastic columns was proved and discussed in
the paper. Plastic was playing the role of stay-in-place 3D printed formwork. Seven cross …

The conducted research programme was focused on air voids in fibre reinforced SCC. There
were used two types of crimped steel fibres. Properties of fresh mix were checked. The …

After four decades of technological development, 3-D printing (and other additive
manufacturing technologies) is slowly entering research efforts associated with construction …

In their fourth decade of development, additive manufacturing technologies are slowly
entering research programs dedicated to building materials. While the majority of research …

Gradation of the granular skeleton significantly influences almost all of the concrete
performances. The main purpose of this research work is to develop a mathematical model …

Shape stability is one of the most important requirements for 3D concrete printing, and small
particles in aggregates are known to be helpful in enhancing the shape stability. However, a …