Concrete compressive strength (CS) is a crucial performance parameter in concrete
structure design. Reliable strength prediction reduces costs and time in design and prevents …

Concrete usage in recent decades has skyrocketed, which has led to immense pressure on
the natural resources such as sand and aggregates involved in its production. The circular …

Under uniaxial compression, recycled coarse aggregate leads to complex internal stresses
(simultaneous uniaxial, biaxial, and multiaxial tensile and compressive stresses at the micro …

Recycled aggregate concrete (RAC) not only alleviates the shortage of natural aggregates
but also promotes the recycling of construction and demolition waste, contributing to …

This study investigates the influence of concrete age and the type of coarse aggregate on
compressive strength after exposure to high temperatures. Three coarse aggregates were …

To improve the mechanical properties of recycled aggregate concrete (RAC) after elevated
temperature exposure, this study employed basalt fiber (BF) as reinforcing material …

Chloride ions infiltrate concrete structures, causing corrosion of the steel reinforcement,
which creates concrete spalling and decreases load-bearing capacity, ultimately leading to …

This study explored nine machine learning (ML) methods, including linear, nonlinear and
integrated learning models, to predict concrete electrical flux metrics reflecting the chloride …

Ultra-high performance concrete (UHPC) benefits the construction industry due to its
improved flexibility, high workability, durability, and performance compared to normal …

With the continuous clamor for a reduction in embodied carbon in cement, rapid solution to
climate change, and reduction to resource depletion, studies into substitute binders become …