As construction materials, cementitious composites such as cemented paste backfill (CPB),
cemented soil, and concrete may be subjected to extreme dynamic loadings including …

In pursuits of sustainable infrastructure, development of Low Carbon Concrete (LCC) is vital
for the construction of Low Carbon Structures (LCS). For LCS to be widely applied, it is …

The main objective of this research is to develop high-strength concrete mixture
(compressive strength≥ 41 MPa) that is resistant to fatigue and suitable to produce slabs for …

Reuse of waste PET bottles in construction industry is emerging as a potential option for
improving the properties of unreinforced concrete. Although earlier studies have explored …

The huge increase in production of construction and demolition waste (CDW) worldwide is
leading to the valorisation of as recycled aggregates. One of the most promising alternatives …

To promote practical use of the top‐and‐bottom layered steel fiber reinforced concrete
(LSFRC) plates, an appropriate constitutive model is selected using ABAQUS software to …

This paper shows the relationship, in steel fiber-reinforced concrete, between fiber
orientation and fatigue response through the combined use of computed tomography (CT) …

The fatigue damage of concrete is an important reason for cracking and failure. To
comprehensively study fatigue behaviors of concrete under uniaxial compression, cylindrical …

An approximated theoretical model for linear hyperelastic materials with orthotropic
inclusions is presented based on a mixture approach and orientation averaging of …

Usually, C30/37 strength class concrete is used to construct concrete pavements on a rigid,
semi-rigid or flexible base. Concrete with such a strength delivers essential design …