Reinforced concrete with lower environmental footprint (lower CO 2 emission) can be
obtained by reducing the clinker content in the cements. As the carbonation of concrete is …

Improving the sustainability of concrete industry by adopting durable concrete with low
energy intensity has become one of the major research focus in recent years, leading to the …

Limestone calcined clay cement (LC3) concrete has attracted world-wide attention as a
newly promising low-carbon concrete. In this study, long-term reinforcement corrosion in …

In this study, the effects of ternary system on corrosion behaviour of self compacting concrete
containing self combusted rice husk ash (SCRHA) and metakaolin (MK) were studied. For …

Alkali activated binders are sustainable alternatives to carbon-intensive conventional
Portland cements. Although earlier studies focussed on the mechanical properties of alkali …

Concrete infrastructures in marine atmosphere zone environment face the threat of chloride
ions aerosol erosion, which can lead to the corrosion of steel bars and shorten the service …

Stray current induced corrosion is a major technical challenge for modern electric railway
systems. The leakage of stray current to surrounding reinforced concrete structures can lead …

Blended cement is widely used in critical structures mainly because of its enhanced
corrosion resistance concerning its durability. This paper presents the long term corrosion …

The urge to reduce the carbon footprints from cement production warrants the development
of more sustainable approaches in the construction industry. Towards this, the long term …

The steel–concrete interface (SCI) is a complex, multi-phase and multi-scale system. It is
widely known to influence the performance and long-term durability of concrete structures …