Steel fibres distributed in concrete can greatly improve the mechanical performance of
concrete, especially flexural and tensile behavior, if their orientations align to the direction of …

The present study was performed to investigate the effect of applying homogeneous
magnetic field (HMF) of density 0.5 Tesla (T) to steel fiber reinforced concrete (SFRC) …

The present experimental study is an effort to investigate the effect of uniform magnetic field
(UMF) exposure time on mechanical and microstructural behaviors of steel fiber-reinforced …

Experimental research was carried out to evaluate the comparative fracture performance of
random steel fiber-reinforced composite (SFRC) and aligned steel fiber-reinforced …

Magnetic fields influence microstructures of concrete with steel fibers differently, which has
received less attention. Also, the structural behavior of scaled-down concrete specimens …

The construction sector is one of the main consumers of raw materials and generates a high
volume of waste within the European Union. The search for new materials that are more …

This study investigated the effects of applying a uniform magnetic field (UMF) of flux density
500 mili Tesla (mT) to fresh and hardened concrete specimens with steel fibers at volume …

This research explores the effects of varying magnetic flux densities on the behaviour of
hooked steel fibers within high-performance steel-fiber-reinforced concrete (HPSFRC) …

Concrete is widely used in the engineering field, particularly in construction. Despite its
widespread use in the construction industry, concrete is brittle and has a number of …

Coral sand concrete is a sustainable building material in island engineering with unique
fluidity and hardened strength. In this study, a numerical method based on Engineering …