Metal waste recycling has become a global requirement owing to its environmental benefits
and powerful economic activity. Metal nail waste (MNW) is a byproduct of metal nail …

Steel corrosion raises maintenance costs and reduces the durability of steel-reinforced
concrete structures. Therefore, societies must create their own sustainable model based on …

This paper investigates the impact of length and volume fractions (VFs) of banana fibres
(BFs) on the mechanical and physical properties of concrete. The mechanical properties …

A total of eight reinforced concrete (RC) beams were examined in the experiment to
investigate the flexural performance of concrete beams reinforced with locally fabricated …

Due to material deterioration, structure age, changes in building function, fault design, and
decreased structural reliability brought on by natural catastrophes, it may require to …

In this study, hybrid nonlinear finite element models (FEM) were developed to examine the
flexural performance and the ultimate load capacity of bonded and unbonded two-way …

This study evaluated the uniaxial tensile strength and bond performance of natural hybrid
reinforcement bars. Hybrid FRP combines multiple fibers and matrixes, resulting in a …

The use of fiber in mortar/concrete is now common for enhancing the flexural and ductility
properties of structures. However, the utilization of synthetic fibers contributes to the …

In the present study, using data from experiments, an artificial neural network (ANN) model
has been created to predict the strengths of concrete with banana and jute fibers at concrete …

Dynamicznie rozwijający się sektor produkcyjny materiałów i wyrobów budowlanych stawia
na rozwiązania proekologiczne, wpływające na redukcję emisji dwutlenku węgla do …