Engineered cementitious composites (ECC) has superior mechanical properties, showing
obvious deformation hardening and multi-cracking behavior under tensile and bending …

One of the most damaging environmental conditions to concrete structure is cyclic freezing
and thawing. This paper discusses the influence of the high volumes of fly ash (FA) and …

Engineered cementitious composite (ECC) requires a lot of material tailoring for the desired
self-compacting properties at fresh state and controlled crack width with strain hardening …

Lightweight engineering cementitious composites (LECCs) show great promise for weight-
sensitive structures such as bridges, high-rise buildings, and floating platforms. However …

To improve the tensile performance and sustainability of high-strength strain-hardening
cementitious composites (SHCC), waste cement kiln dust (CKD) was used, replacing 30% of …

A comprehensive manual review of the use of slag and fly ash in engineered cement-based
composites (ECBCs) was conducted. The extensive use of supplementary cementitious …

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

Engineered cementitious composite (ECC) enjoys huge potential in building structures
thanks to its excellent tensile performance and energy absorption ability. However, free …

This study combined the microcapsule self-healing system with fiber reinforced concrete
(FRC), and investigated the effects of microcapsule content, mineral admixture type, mineral …

This paper reveals an investigation of damage behaviors of ECC-to-concrete interface with
various ECC strength grades and interface roughness of concrete substrate subjected to salt …