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ABSTRACT
Bamboo is a renewable resource and is known for its quick growth, this study investigates bamboo as a reinforcement material in building construction, analyzing its mechanical properties and structural viability in elements like columns and beams. Through research on existing works, articles and testing, this study aims to establish optimal treatment methods for enhancing bamboo's durability. Cultural and social acceptance are integral aspects considered, recognizing their influence on community adoption. The findings contribute essential insights for architects, engineers and other professionals in the construction industry, addressing sustainability concerns in the built environment. Although Bamboo has remarkable mechanical qualities, some have argued that using it to reinforce concrete is an ill-considered idea because it has been said to have serious concerns with strength, stiffness, and durability and doesn't match the material's often-assigned environmentally benign designation. This research seeks to fill gaps in understanding bamboo's potential and viability, providing practical guidelines and fostering its broader integration as a reliable and eco-friendly reinforcement material in construction practices.
