Hudha Shamsudheen M

Muhammed Shabeeb T

Nandana K Ramesh

Riya Satheesan

This study investigates the partial replacement of coarse aggregate in concrete with waste ceramic tiles and the incorporation of bamboo fiber as reinforcement. Waste ceramic tiles, an abundant byproduct of the construction industry, are utilized as a sustainable alternative to conventional aggregates, thereby addressing both waste management and resource conservation. Bamboo fiber, recognized for its high tensile strength and eco-friendliness, is introduced as a reinforcing material to improve the mechanical properties of concrete. The research focuses on evaluating the effects of these replacements on compressive strength, flexural strength, and durability, with the objective of promoting sustainable construction practices. By reducing dependence on natural aggregates and providing a productive use for construction waste, this approach offers an effective solution to waste management challenges while contributing to the development of eco-friendly concrete.

Keywords: Partial replacement of coarse aggregate, Eco-friendly concrete, Bamboo fiber reinforcement