The random distribution of polypropylene fibers in concrete mixtures leads to an increase in
abrasion and freeze-thaw resistance, a decrease in volume expansions formed as a result of …

The concrete industry has long been adding discrete fibers to cementitious materials to
compensate for their (relatively) low tensile strengths and control possible cracks. Extensive …

Asphalt mixtures and cement concrete are an important material in the construction of roads,
highways and buildings, and there has been a lot of research about the improvement of their …

The various acknowledged benefits given by the use of fibre for construction materials made
this component essential for specific applications, including asphalt pavements. Fibres in …

Due to the loose packing of natural sand, great efforts have been intended to achieve its
stabilization and prevent associated engineering failures. As a new soil reinforcement …

In this study, the compressive strength, ultrasonic pulse velocity (UPV), impact resistance,
gamma-ray radiation shielding properties, and investigation of microstructure by scanning …

Copper slag (CS) is produced during the smelting process to separate copper from copper
ore. The object of the experimental research is to find the optimum percentage of CS and …

With the advancement of human society, more construction and building materials are
required to produce sustainable construction. The advancement of polymer materials and …

The article analyzes cracking patterns on the surface of a cement matrix modified with
polypropylene fibers. Cracks analyzed were caused by the effect of an elevated …

With the reduction in the permanent load on the structure and excellent insulation properties,
the lightweight foamed concrete is a potential thermal insulating building material to counter …