废弃建筑结构材料的力学性能分析与循环利用研究

Mechanical Properties Analysis and Recycling of Waste Building Materials

根据力学分析结果进行循环利用分析,构建废弃建筑结构材料的应力评估机制,采用Euler-Bernoulli结构力学理论进行建筑材料的应力响应和屈服响应评估,进行了废弃建筑结构材料在应力机构加固轴心结构模型分析,建立废弃建筑结构材料在应力机构上的应力学分析模型,实现材料力学性能分析。研究表明,采用该方法进行废弃建筑结构材料的力学性能分析的准确性较高,提高了废弃建筑结构材料的力学强度,对提高废弃建筑结构材料的循环利用水平提供理论参考。

The stress response and yield response of buikting materials are evaluated by the Euler - Bernoulli structural mechanics theory. The model analysis of the reinforced axis structure of the abandoned building material in the stress mechanism is carried out. The mechanical analysis model of the abandoned building material in the stress mechanism is established, and the mechanical performance analysis of the material is realized. The method has a high accuracy in analyzing the mechanical properties of the abandoned building material, which improves the mechanical strength of the material of the abandoned building structure, and provides a theoretical reference for the improvement of the recycling level of the material of the abandoned building structure.