The behavior of a concrete structure at elevated temperatures is one of the vital areas of
concern in civil engineering. Because high temperatures cause adverse effects on the …

In this study, the macro‐synthetic polypropylene fibers Forta and Barchip are used. The
fibers are added at 0.5%, 1%, 1.5%, and 2% by weight of cement. Additionally, various fiber …

Mechanical responses of steel-and-synthetic-fiber-reinforced pipes (FRCPs) are discussed
in this paper. The energy absorption, post-cracking strength (PCS), and toughness were …

The tensile behavior of fiber-reinforced concrete is recognized as being superior to that of
ordinary concrete, and since serviceability is a primary concern in existing design …

Macro synthetic fibers enhance the response of concrete in tension, ultimately improving its
structural behavior, which leads to fully or partially replacing the conventional …

This paper investigates the effects of the tensile strength of steel fiber on the mechanical
properties of steel fiber-reinforced high-strength concrete. Two levels of steel fiber tensile …

Synthetic fibers are among the various types of fibers being used to improve the tensile
behavior of concrete. They have a competitive edge over other fibers because they are …

Although several JSCE-SF6 tests have established the strength improvements caused by
fiber reinforcement, it is unknown whether the measured strength improvements are caused …

The use of synthetic fibers as reinforcement for concrete replacing the steel reinforcement
has been diffused worldwide in several applications, gaining prominence in the application …

The need for colored reinforced concrete (RC) structures has increased in the modern
building industry. This paper assesses the effect of white-colored titanium dioxide as well as …