Abstract

Although experts at home and abroad have done a lot of research on the performance of ancient wooden structures and seismic reinforcement, and have achieved many results, due to the complexity of its mechanical properties and the particularity of seismic reinforcement design, currently it is the research still lacks completeness and systematicness. The purpose of this article is to observe and analyze the strength of nanomaterials during the repair and reinforcement of ancient wooden structures, analyze the role of nanomaterials during the repair and reinforcement of ancient wooden structures, and understand the impact of nanomaterials on the strength and repair of ancient materials. A comparative analysis of the strength values, to explore the strength of nanomaterials during the repair and strengthening of ancient wooden structures. Using the method of this article, through the analysis of experimental data, we understand the role of the strength of nanomaterials during the repair and strengthening of ancient wooden structures, and found that the strength of nanomaterials plays an important role when repairing and strengthening the ancient wooden structures. Combined with the experimental data, it is analyzed that the effect of the value of nanomaterial strength when repairing and strengthening the ancient building wood structure is 58%. The research results show that the value of nanomaterial strength when repairing and strengthening the ancient building wood structure has an important role.

摘要

虽然国内外专家对古木结构的性能和抗震加固做了大量研究，并取得了很多成果，但由于其力学性能的复杂性和抗震加固设计的特殊性，目前主要是研究仍然缺乏完整性和系统性。本文的目的是观察和分析纳米材料在古木结构修复加固过程中的强度，分析纳米材料在古木结构修复加固过程中的作用，了解纳米材料对古木结构修复加固的影响。古代材料。强度值对比分析，探讨纳米材料在古木结构修复加固过程中的强度。利用本文的方法，通过对实验数据的分析，我们了解了纳米材料强度在古木结构修复加固过程中的作用，发现纳米材料的强度在古木结构修复加固中起着重要作用。木结构。结合实验数据分析，纳米材料强度值对古建筑木结构修复加固的影响为58%。研究结果表明，纳米材料强度值在修复和加固古建筑木结构时具有重要作用。并发现纳米材料的强度在修复和加固古木结构时起着重要作用。结合实验数据分析，纳米材料强度值对古建筑木结构修复加固的影响为58%。研究结果表明，纳米材料强度值在修复和加固古建筑木结构时具有重要作用。并发现纳米材料的强度在修复和加固古木结构时起着重要作用。结合实验数据分析，纳米材料强度值对古建筑木结构修复加固的影响为58%。研究结果表明，纳米材料强度值在修复和加固古建筑木结构时具有重要作用。