耐久性
竹子
钢筋
环境科学
弹性(材料科学)
抗性(生态学)
环境友好型
建筑工程
土木工程
炎热的天气
建筑工程
极限抗拉强度
持续性
法律工程学
可持续发展
工程类
心理弹性
极端天气
航程(航空)
标识
DOI:10.22214/ijraset.2025.74495
摘要
In concrete constructions, bamboo has become a viable sustainable substitute for traditional steel reinforcement because of its high tensile strength, minimal environmental impact, and affordability. For widespread implementation, its longterm durability and weather resistance are still major issues. This review paper thoroughly investigates bamboo’s effectiveness as a reinforcing material in a range of environmental circumstances, including as exposure to moisture, temperature changes, and biological deterioration. To determine how well they improve weather resistance, important elements affecting bamboo’s durability—such as coatings, composite techniques, and treatment methods—are examined. The study also examines comparative research between bamboo and conventional reinforcement materials, stressing their benefits and drawbacks. This analysis highlights knowledge gaps and suggests future possibilities for enhancing the resilience of bamboo-reinforced concrete in a variety of climatic settings by synthesizing previous research. The results are intended to address durability issues for realworld applications while promoting the advancement of environmentally friendly building techniques.
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