竹材结构抗压试验方法研究

毛竹生长周期短、产量高和短期力学性能优越而应用工程结构中。针对原伐毛竹的不同部位的抗弯强度、抗压强度、抗剪强度等力学性能等试验研究不足的问题，通过分析和比较国内外不同的毛竹构件及竹质结构的试验方法，从试验标准、抗压试验、充填混凝土等方面，研究毛竹管不同部位、空竹管与混凝土竹管对其抗压承载力的影响规律，分析毛竹构件的变形破坏特点，建立混凝土竹管的抗压承载力计算公式，可为毛竹构件及其结构在工程实践应用中提供设计依据和参考。

Study on Compressive Test Methods of Bamboo Structure

Bamboo has a short growth cycle, high yield and short-term performance in application of engineering structure. In order to solve the problem of insufficient experimental research on bending strength, compressive strength, shear strength and other mechanical properties of different parts of bamboo, the analysis and comparison of different domestic and foreign test methods for bamboo components and bamboo structures. From the experimental standard , compressive test, filled concrete and other aspects, study the effect of different parts of bamboo tube, air bamboo tube and bamboo tube concrete on its compressive bearing capacity, analysis of the characteristics of deformation and destruction of bamboo components, the establishment of concrete bamboo tube compressive bearing capacity calculation formulas can provide design basis and reference for the application of bamboo components and their structures in engineering practice.