Steel fibered high-strength concrete (SFHSC) became in the recent decades a very popular
material in structural engineering. High strength attracts designers and architects as it allows …

Fiber-reinforced polymer (FRP) grid-reinforced ultra-high performance concrete (UHPC)
slabs are new structural solutions that take advantage of the mechanical properties of FRP …

Reinforced concrete slabs are vulnerable to punching shear failure at the slab-column joint,
which can initiate catastrophic progressive collapse. The addition of steel fibers in the …

When designing flat slabs made of steel fiber-reinforced concrete (SFRC), it is very important
to predict their punching shear capacity accurately. The use of machine learning seems to …

Advances in concrete technology during the last decades have resulted in the development
of materials with enhanced mechanical properties, such as High Strength Concrete (HSC) …

Estimating punching shear capacity is an important task in the design of steel fibre
reinforced concrete (SFRC) flat slabs. The accuracy of commonly employed empirical …

The ultimate strength of reinforced concrete slabs is frequently governed by the punching
shear capacity, which may be increased with addition of traditional fitments such as …

Reinforced concrete slabs are widely used in building structures due to their economic,
durable, and aesthetic advantages. The determination of their ultimate strength often hinges …

Results from an experimental investigation aimed at evaluating the effectiveness of steel
fiber reinforcement for increasing punching shear strength and ductility in slabs subjected to …

Punching shear capacity is an important parameter in designing structural elements.
Accurate estimation of punching shear capacity typically requires rigorous calculation …