In recent years, an emerging technology termed,“High-Performance Fiber-Reinforced
Concrete (HPFRC)” has become popular in the construction industry. The materials used in …

The higher brittleness and lower mechanical properties of lightweight aggregate concrete
(LWAC) compared to normal weight concrete (NWC) at the same compressive strength has …

The marked brittleness with low tensile strength and strain capacities of high-strength
concrete (HSC) can be overcome by the addition of steel fibers. This paper investigated the …

Intelligence system is a field of computer science that designs and studies efficient
computational methods for solving problem. The purpose of present study is to investigate …

In this experimental study, the usability of waste marble dust (WMD) as an additive material
in blended cement has been investigated. For this purpose, waste marble dust added …

The use of recycled concrete aggregates in structural concrete is a sustainable solution to
deal with the construction and demolition waste. This technology reduces serious impact on …

This paper reports on a comprehensive study on the properties of concrete containing fly
ash and steel fibers. Properties studied include unit weight and workability of fresh concrete …

High-performance concrete has low tensile strength and brittle failure. In order to improve
these properties of unreinforced concrete, the effects of adding recycled polypropylene …

This research discusses the effects of both steel fibre and matrix strengths on fracture energy
of high-strength concrete. The variables of experimental study were water/cement ratio, steel …

The objective of this research is to optimise the fracture parameters of steel fibre reinforced
concretes to obtain a more ductile behaviour than that of plain concrete. The effects of the …