The freeze–thaw durability of concrete is an important factor for determining the service life
of concrete in cold regions. This overview expounds three stages of freeze–thaw damage in …

In cold regions, concrete structures such as pavements, bridges, and tunnels can undergo
freeze-thaw conditions, which may significantly deteriorate the performance of concrete and …

Construction wastes have become one of critical issues in lifecycle asset management,
slowing down the path towards net zero. Accordingly, the contribution of recycled materials …

Abstract Nano-SiO 2, nano-TiO 2 and polypropylene fiber were added to concrete to
investigate the durability and failure mechanism of the concrete under freeze-thaw cycles …

Frost resistance is an important factor that can affect the durability of structural concrete. This
paper reviews previous studies on freeze-thaw resistance of concrete from the mechanism …

Construction waste and waste fabric are two major types of solid waste that lead to landfill
issue and environmental pollution. Considering the need for more efficient handling method …

This research has examined the optimum particle size of crumb rubber, used as an additive
to concrete that would provide maximum freeze–thaw protection whilst minimising the …

In this study frost resistance and mechanical properties of fiber-reinforced concrete
pavement containing nano-particles are studied. Nano-particles are employed to be as …

In this paper, an experimental study of the effects of natural and calcined zeolites and glass
fibers on the mechanical, transport and accelerated ageing characteristics of cementitious …

Salt freeze damage is a significant factor impacting the durability of hydraulic concrete
buildings in cold, saline soil areas. To settle the durability problem of hydraulic concrete in a …