Cracks will inevitably occur in concrete structures or members during the construction
process and service life due to aging, environmental factors, external loads, etc. To improve …

This study aimed to investigate the flexural behavior of reinforced concrete beams
strengthened with high-performance rubberized engineered cementitious composite …

The presence of mortar makes recycled aggregate (RA) a heterogeneous material
compared to its parallel homogeneous natural aggregate (NA). Consequently, the mix …

Reinforced concrete (RC) elements can be strengthened using several techniques. Among
these techniques are the externally bonded (EB), near-surface-mounted (NSM), textile …

This paper presents the flexural behaviour of Aramid fiber reinforced polymer (AFRP)
strengthened reinforced concrete (RC) beams of M25 grade of concrete. The experimental …

Cement-based composites are generally non-conductors with high electrical resistivity, but
they can be used as conductors by incorporating conductive materials. Recently, research …

Intelligent concrete refers to the structural materials which can sense the changes of
environment and make suitable responses by altering one or more working parameters in …

This paper develops reliability-based design provisions for flexural strength of reinforced
concrete (RC) beams with hybrid arrangements of fiber-reinforced polymer (FRP) and steel …

In this paper, the effectiveness of textile reinforced mortars (TRMs), as a means of increasing
the flexural capacity of reinforced concrete (RC) beams, is experimentally and numerically …

Smart structures are made by embedding sensors, actuators, and controllers into the
structure during manufacture. Carbon fiber reinforced concrete (CFRC) can be used as both …