Autogenous healing of cracks may offer a solution for brittle cementitious materials. In this
study, the healing building blocks are available through the well-designed ultra-ductile …

To predict the flexural behavior of ultra-high-performance fiber-reinforced concrete
(UHPFRC) beams including straight steel fibers with various lengths, micromechanics …

The widely used orthotropic steel deck system is subject to several durability problems:
fatigue cracking of the steel, wearing of the surfacing, and corrosion. Thus, the composite …

In present paper, high strength cementitious matrix, special for high strength engineered
cementitious composite (ECC) is designed using two kinds of cement, ordinary Portland …

We develop a dual-purpose damage model (DPDM) that can simultaneously model
intralayer damage (ply failure) and interlayer damage (delamination) as an alternative to …

This paper investigated the hybridization effect of two chemically different fibers on the
flexural behavior of cementitious composite. On this basis, polyvinyl alcohol and …

A numerical non-linear procedure able to represent the behavior of cracked steel fiber
reinforced concrete (SFRC) is herein presented and verified. The involved post-cracking …

The present work studies the possibility to decrease the formation of micro and nano cracks
around short fibres in fibre-reinforced concrete (FRC) composite with the help of nano …

Aiming at the model-based analysis, design and optimization of engineering structures such
as segmental tunnel linings made of fiber-reinforced concrete (FRC), a multilevel modeling …

A uniaxial cyclic constitutive model for strain-hardening cementitious composites (SHCCs) is
proposed based on the response of the material at the stress–strain level under different …