Owing to growing environmental awareness, significant attention is being focused on plant
fibers as inexpensive alternatives to polymeric fibers. Plant fibers used in concrete are eco …

Because of their brittleness, traditional Portland cement-based composites are inherently
weaker under tensile loads. This issue becomes worse in geopolymer (GPL) composites by …

In order to achieve a sustainable mix design, this paper evaluates self-consolidating green
concrete (SCGC) properties by experimental tests and then examines the design …

According to the sustainable development concept, it is necessary to solve the issue of
replacing fiber from synthetic materials with natural, environmentally friendly, and cheap-to …

This paper evaluates the shrinkage performance of concrete under complex internal
constraint environments comprising steel plates, studs, and reinforcement to investigate their …

This study utilized both experimental testing and machine learning (ML) strategies to assess
the effectiveness of waste glass powder (WGP) on the compressive strength (CS) of cement …

Using solid waste in building materials is an efficient approach to achieving sustainability
goals. Also, the application of modern methods like artificial intelligence is gaining attention …

Eco-friendly nature, low cost, life-cycle superiority and lightweight are the key drivers
pushing today's technology towards employing natural fibers as reinforcement for …

Eco-friendly concrete is in great demand, and as a consequence, the necessity to find
sustainable alternatives to ordinary cement has become critical. In recent years, there has …

Besides obvious ductility benefits, low-energy, and sustainable development of FRC is still a
major challenge. Plant-based fibers owing to their lower costs and minimal embodied …