To reduce the carbon footprint of traditional concrete materials, natural fiber concrete is vital.
This study systematically analyzed 196 peer-reviewed papers using the literature review …

There is a remarkable impact of the construction industry on the environment, contributing
considerably to CO 2 emissions, natural resource dwindling, and energy demand. The …

Concrete's poor tensile strength has led to the extensive use of artificial fibre reinforcements
throughout history. However, the environmental impacts associated with the production of …

Concrete is a material with high compressive strength, but predisposed to shrinkage
cracking, rapid cracks propagation, and brittle failures. The incorporation of fibre is an …

This paper presents the mechanical characteristics and durability of concrete reinforced with
basalt and bamboo fibres. The study involved testing specimens that were cured for varying …

Fiber-reinforced concrete (FRC) has become one of the most promising construction
techniques and repairing materials in recent times for the construction industry. Generally …

The present research promotes the use of eco-friendly cementitious composites by
investigating a sustainable mortar reinforced with waste wood fibers (WWF), which has not …

Bamboo is a widely used natural and renewable material, and its application in bamboo-
based cement concrete is receiving increasing attention from researchers in the context of …

This community service activity aims to enhance the skills of the Karang Taruna in Dusun
Mriyan Utara, Bantul Regency, in making eco-friendly light bricks from rice husk as …

The use of practical methods for increasing water conveyance efficiency and optimal use of
limited water resources is vital, especially in the world's arid regions, where water scarcity is …