Fiber reinforced concrete (FRC) has been widely used due to its perfect mechanical
performance, but inclusion of fibers has a decisive influence on the fresh properties …

Nanotechnology in concrete is the utmost lively research area that has beneficial
presentations and progressively recognized itself over the last three decades. Nanoparticles …

The present experimental investigation examined the influence of incorporation of
microfilament type polypropylene fibres into low strength recycled aggregate concrete on the …

The existing form of self-compacting concrete (SCC) comprises of a large amount of
powdered and fine materials. In this study, a part of the cementitious material was replaced …

Basalt fibres are modern inorganic concrete fibres, fabricated by melting the basalt rock.
These fibres exhibited remarkable resistance to elevated temperatures in comparison with …

The evolution of nanotechnology brings materials with novel performance and during last
year's much attempt has been established to include nanoparticles especially nano-silica …

Hybrid steel fiber-reinforced self-compacting concrete (HSFRSCC) has desirable properties
for improving the performance of structures. But the literature is sparse on the flexural …

This study covered the fresh and mechanical characteristics of self-compacting concrete
incorporating various fractions of (natural) roselle fibre (1 to 4% with 1% increment by weight …

Influence of sisal fibres on impact resistance of structural concrete was investigated and the
performance was compared with that of Polypropylene (PP) and Steel fibres. Apart from …

The copper slag waste (CSW) is an industrial by-product, the annual production of which is
huge and its disposal and management are a big challenge for environmentalists. This …