As the demand for more sustainable construction grows and raw material shortages like steel continue to be a challenge, fiber-reinforced concrete has become an increasingly popular choice for ...

The carbon fiber is woven into a mesh, or as a composite material that mimics existing rebar structures. These two types of reinforcement can be combined in a composite to produce a concrete ...

Abdel Hafeza, RD, Shubbar, A, Nasr, MS and Abd-Al Ftahd, RO (2024) Reinforcing the brittle resistance of high strength concrete using agricultural waste fiber. Sustainable Structures, 4 (3). ISSN ...

In a recent breakthrough, researchers have introduced a game-changing technology in the field of concrete manufacturing. A paper published in ...

Technology also enables the large-scale recycling of solid waste in concrete, such as recycled aggregates and rubber, without compromising performance. However, the increased brittleness of CCC ...

The researchers believe up to 70 percent of textile waste could potentially be transformed into concrete-reinforcing fibers, creating new opportunities in the materials supply chain. Josh Hawkins ...

and the ability for the contractor to place more concrete faster with less manpower required,” says Mike Mahoney, director of marketing and technology for fiber-reinforced concrete at Euclid ...

While steel reinforcement solves one of concrete’s greatest limitations, it creates an entirely new problem: Corrosion of ...

Additionally, fiber-reinforced polymer (FRP)-based structural members were compared with those of normal concrete (NC). High ...

Fillers and reinforcements differ in terms of features and specifications. Carbon fiber reinforcement is a non-woven, carbon fiber, epoxy-based grid that is used to reduce cracking and extend life in ...

‘A data-enhanced approach for early-age drying induced moisture transport analysis on in-situ casted textile fibre reinforced concrete ... recycled fabric-waste fibers in cementitious composite ...