The use of fiber-reinforced concrete in various industries is developing due to the desired
mechanical properties, light weight of the structure, good energy absorption capacity, and …

High strength concrete (HSC) containing silica fume (SF) is widely utilized in construction
practices, and its cracking resistance attracts considerable attentions. Previous studies …

This paper aimed to study the early-age properties and viscoelastic behaviors of
supersulfated cement (SSC) concrete with different replacement ratios (15%, 30%, and …

High strength concrete (HSC) possessing high strength and excellent durability has been
widely put into use in the reinforced concrete structures. However, a low water-to-cement …

High-strength concrete (HSC) with a low water-to-cement (w/c) ratio always exhibits high
shrinkage at an early age. Concrete with shrinkage that is subjected to restraint is prone to …

High strength concrete (HSC) is vulnerable to early-age cracking owing to a low water-to-
cement (w/c) ratio. Barchip fibers have been utilized to reduce the autogenous shrinkage of …

Fibre‐reinforced concrete (FRC) has gained tremendous attention in many disciplines due
to its high initial strength, favorable mechanical properties, structural lightness, and energy …

While self-consolidating concrete (SCC) has emerged as a highly effective approach for the
repair of concrete structures, there have been few investigations regarding the effect of the …

The effectiveness of internal curing of cement composites with the use of SAP depends,
among others, on its chemical composition and its granulation. However, the interaction …

The decrease of internal relative humidity (IRH) in early-age high performance concrete
(HPC) may increase the autogenous shrinkage under the combined effects of self …