Experimental Study on Strength Characteristics of Chicken Mesh Reinforced Paver Blocks – A Comprehensive Review

Concrete paver blocks are widely used in pavement construction due to their durability, cost-effectiveness, ease of installation, and aesthetic appearance. With the rapid growth of urban infrastructure and increasing traffic loads, there is a growing demand for high-performance paving materials with improved strength and durability. In recent years, several researchers have focused on enhancing the performance of paver blocks through the incorporation of fibers, industrial waste materials, and innovative mix design techniques. In this paper, a comprehensive and detailed review of previously published research articles has been carried out to understand the current developments in the field of concrete paver blocks. The review covers various aspects such as the use of coconut fiber, plastic waste, fly ash, construction and demolition waste, polyester fiber, polypropylene fiber, and recycled aggregates in improving the mechanical and durability properties of paver blocks. The findings of the reviewed studies indicate that while these materials improve compressive strength, toughness, and sustainability, the problem of low tensile strength and crack propagation in concrete remains a major concern. Furthermore, most of the existing research focuses on material replacement and fiber reinforcement, whereas very limited attention has been given to mesh-based reinforcement techniques. Based on the critical analysis of previous studies, several research gaps have been identified, particularly the lack of studies on low-cost and practical reinforcement methods such as chicken mesh. Therefore, this review highlights the need for further investigation into chicken mesh reinforced paver blocks as a potential solution for improving strength, crack resistance, and overall performance.