Rubberised concrete is an eco-friendly material with reasonable mechanical strengths for
potential civil engineering applications. Recent research has proved that rubberised …

The reuse of waste tyres satisfies the requirements of sustainable development. Many
researchers mix concrete with recycled rubber particles obtained from waste tyres to …

Currently, the researchers' endeavors focus on the incorporation of recycled waste tires from
worn-out tires, such as tires-rubber particles in the concrete mix, which contributes to solving …

The self-compacting concrete (SCC) was invented to overcome the compaction problems in
deep sections, owing to its perfect workability characteristics. Steel fibers when used with …

Researchers are currently investigating the incorporation of recycled materials from worn
automobile tyres such as crumb rubber (CR) aggregate in concrete to resolve the issue of …

Nowadays, many researchers are focused on studying the behavior of rubberized concrete
as a structural material due to its enhanced properties such as ductility, energy dissipation …

Corrosion of sewage concrete pipes is a major dilemma in the modern world and annually
considerable amounts of money are spent for the maintenance. On the other hand, the use …

The hybridized polypropylene fibre (PF)-macro steel fibre (MSF) can improve the
mechanical and ductility characteristics of concrete. PF-MSF hybrid fibers are more effective …

Adding a waste tyre rubber aggregate to the self‐compacting concrete forms a new type of
concrete call self‐compacting rubberise concrete, which is used as a way of reducing waste …

Hybridization of polypropylene–steel fiber leads to improvements of both the mechanical
properties and impact resistance of concrete. This paper provides the results of an …