This study aims to provide an approach for the optimization and prediction of the properties
of cellulose fiber-reinforced concrete using system theory. First, mechanical properties …

The inclusion of fibers in concrete slabs improves the concrete's mechanical properties. In
this work, the mechanical properties of cellulose fiber (CF)-reinforced concrete (CFRC) with …

To better solve the problems of performance prediction and mix design of fiber reinforced
concrete (FRC), this paper carried out relevant research based on different kinds of fibers …

With the goal of" low cement, low cost, high environmental protection and high
performance", building solid wastes are applied to concrete manufacture. This study …

Cellulose nanofibers (CNFs) are the newly introduced plant-based materials in the
construction industry to ensure sustainable development. The use of artificial intelligence …

In this study, the influence of the dosage optimization of steel fibers (SFs), basalt fibers (BFs),
and polypropylene fibers (PPFs) on the mechanical properties of hybrid fiber‐reinforced …

In this study, the mechanical properties and durability of Forta-Ferro fiber-reinforced
concrete containing compressed nylon waste were investigated. To this end, a total of 126 …

Fibre-reinforced cementitious composites are highly effective for construction due to their
enhanced mechanical properties. The selection of fibre material for this reinforcement is …

The natural multi-scale defects in concrete are important factors affecting the performance.
To comprehensively improve the performance of concrete, a method of adding variety …

Featured Application The influence and application of supplementary cementitious materials
on concrete compressive strength. Abstract Concrete and cement have been widely used in …