摘要
完整的钢筋混凝土结构具有较强的稳定性和荷载性,将其应用到建筑工程的施工过程中,能够提高建筑物的承受能力。钢筋混凝土的主要材料是钢筋,钢筋材料不过关,将直接影响钢筋混凝土的完整性和稳定性。基于此,就需要加强对钢筋材料的质量管理,对钢筋材料进行物理性能检测,主要是对钢筋的强度、弯曲性能、重量偏差以及延伸性进行检测。要保障钢筋材料检测的结果,为判断钢筋材料的质量过关与否奠定基础,还需将先进的钢筋检测技术应用其中。
A complete reinforced concrete structure has strong stability and load-bearing capacity,and its application in the construction process of building engineering can improve the load-bearing capacity of the building.The main material of reinforced concrete is steel bars,and if the steel bar material is not qualified,it will directly affect the integrity and stability of reinforced concrete.Based on this,it is necessary to strengthen the quality management of steel reinforcement materials,conduct physical performance testing of steel reinforcement materials,mainly testing the strength,bending performance,weight deviation,and elongation of steel reinforcement,so as to ensure the results of steel bar material testing and lay the foundation for determining the quality of steel bar materials,advanced steel bar testing technology needs to be applied.
作者
崔洪欣
CUI Hongxin(Hengxing Building Materials Testing Co.,Ltd.of Bortala Mongol Autonomous Prefecture,Bortala,Xinjiang,833300,China)
出处
《智能城市应用》
2023年第5期99-101,共3页
Smart City Application
关键词
建筑工程
钢筋材料
物理性能
检测技术
分析
construction engineering
reinforcement material
physical performance
detection technology
analysis
