The environmental impact of Ordinary Portland Cement (OPC) is significant because its
production emits large amounts of CO2. Further, OPC durability is limited largely due to …

This paper explores the effects of single and binary use of nano-additions on the self-
sensing and self-healing efficiencies of cementitious composites in achieving a material that …

The effects of steel and polyethylene (PE) fiber hybrid reinforcement on the mechanical
performance of cementless ultra-high performance alkali-activated concrete (UHP-AAC) …

During the last decade, self-healing of concrete has attracted so much attention in the
research community as a promising tool toward more durable and sustainable …

Several studies investigated the macroscopic mechanical properties of steel slag fine
aggregate concrete. However, few studies have been conducted to evaluate the effect of …

This study examined the effect of different proteins on the enzyme-induced calcium
carbonate (EICP) processes in a cement environment. The ability of EICP to bind loosely …

This paper builds on previous self-healing engineered cementitious composites (ECC)
research by allowing ECC to heal outdoors, in the natural environment, under random and …

The performance of cement-based materials can be controlled and tailored by adjusting the
characteristics of reinforced nano inclusions. Therefore, the lateral size effect of graphene on …

Corrosion of civil infrastructure is the biggest challenge faced by the construction industry
worldwide and billions of dollars are spent for its repair and rehabilitation. One of the …

The use of reactive magnesium oxide (MgO) is widely recognized in carbonated concrete
formulations associated with permanent sequestration of CO 2. Engineered Cementitious …