Modern civilization is currently steering toward sustainability due to environmental issues,
such as the diminution of natural resources and the spawning of enormous wastes. Waste …

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

Many studies have recently been conducted to reduce the environmental influences of
construction in industrial sectors. Recycling rubber as aggregate in concrete helps to reduce …

The major issues related to the environment are the depletion of natural resources and the
dumping of waste materials to the open landfill. Waste tire contributes to the latter problem …

Recycling scrap tyres and concrete as the alternatives of natural aggregates to produce
rubberized recycled concretes will result in a considerable conservation of natural …

The utilization of recycled rubber particles (RPs) made from waste tyres in concrete is a
sustainable method. Many studies have found that RPs can improve the strain-rate …

This research primarily investigates the influence of incorporating steel fibers (recycled and
manufactured) in Rubberized concrete (RuC) mixes on impact resistance. Impact resistance …

During the past two decades, geopolymer concrete has been investigated as a sustainable
alternative to Portland cement concrete, which is known to generate a huge amount of CO2 …

Dry concrete exhibits significantly different mechanical properties and failure patterns under
dynamic loads from those under static conditions. Considering the practical applications of …

In this work, the effects of hybrid toughening materials on the flexural and compressive
toughness of cement-based materials were studied experimentally. In specific, mortar and …