The present study experimentally and numerically investigates the behavior of ten self-
compacting reinforced concrete (SCRC) beams strengthened by various means of externally …

Progress in the development of nanomaterials makes it possible to prepare multifunctional
cement composite materials aiming to improve microstructural and mechanical …

Currently, there is a scientific and practical deficit in new methods of integrated technological
and design solutions based on improving the properties of concrete as the primary material …

An essential problem of current construction engineering is the search for ways to obtain
lightweight building structures with improved characteristics. The relevant way is the use of …

In this study, a finite element model was developed, and a detailed analysis was carried out
to investigate the impact of inclusions on the mechanical characteristics of a 3D-printed …

The main objective of the current experimental and numerical study is to investigate the
effect of strengthening by ferrocement layers on the behavior of reinforced concrete (RC) …

Macro-synthetic fibers are increasingly used in concrete as secondary reinforcement to
control temperature and shrinkage cracks, improving durability by limiting crack widths …

In a wind turbine, blades are an essential component. In recognition of their remarkable
qualities, nanoparticle-reinforced composites (also known as nanocomposites) are …

In order to evaluate the shear strength and behavior of high‐strength concrete beams
without web reinforcing, eight high‐strength continuous concrete beams with cross sections …

Fibre reinforcement in concrete mitigates cracking, significantly enhancing peak, post-
cracking, and toughness responses. The versatile applications of Fibre-reinforced Concrete …