Using recycled aggregate s from construction and demolition waste can preserve natural
aggregate resources, reduce demand of landfill, and contribute to sustainable built …

The use of different types of waste in the manufacture of concrete is increasingly common,
due to unabating concerns over climate change and sustainability in the construction sector …

The present experimental investigation examined the influence of incorporation of
microfilament type polypropylene fibres into low strength recycled aggregate concrete on the …

The demolition of old concrete structures is an increasing trend, mainly due to their technical
state, end of service-life and plans of modernization. The disadvantage of the process is …

The high flowability of Self-Compacting Concrete (SCC) is achieved by adding large
amounts of fine aggregate. Therefore, the addition of fine Recycled Concrete Aggregate …

Fiber reinforced mortars (FRM) are growingly used in several fields of building technology
(eg, façade panels, roofing, raised floors and masonry structures) as building elements. One …

This study covered the fresh and mechanical characteristics of self-compacting concrete
incorporating various fractions of (natural) roselle fibre (1 to 4% with 1% increment by weight …

This study proposes prioritizing of performance for self-compacting concrete (SCC) using
recycled aggregate (RA) and/or waste fly ash (FA). A robust framework is created …

Fibre reinforced concrete (FRC) has advantages, such as minimizing cracking, increasing
the composite absorption of energy and enhancing the residual strength. At the same time …

Using waste and raw materials in construction materials is vital for sustainable construction.
In this respect, the use of discarded tire steel fibers (DSFs) is encouraged in the construction …