竹材作为混凝土梁潜在配筋的可行性评价

S. Osuji, N. Kayode-Ojo
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引用次数: 0

摘要

本研究提出了使用竹作为混凝土梁的潜在钢筋的可行性评估。为此,对竹材进行吸收试验、拉伸试验;对混凝土立方体进行了抗压试验。对竹材加固的混凝土梁进行三点弯曲试验,以确定其与钢筋混凝土构件相比的行为。吸水试验结果表明,竹材吸水率较高。竹子在24小时内吸收了其饱和重量的25%左右的水分,竹节数的增加导致吸水量的增加。研究还表明,茎上的竹子比茎下的竹子吸收更多的水分,增加了约9%。在拉伸试验中,所有竹试件均表现为节点脆性破坏,节点是拉应力破坏的最关键截面,这在梁试验中也得到了验证。屈服应力为56.80 N/mm2。总体而言,试验结果表明,竹材加固后的承载能力提高了约200%。
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Evaluation of the Feasibility of the Use of Bamboo as Potential Reinforcement in Concrete Beams
This study presents the evaluation of the feasibility of using bamboo as a potential reinforcement in concrete beams. To achieve this, absorption test, tensile tests on the bamboo; compressive test on concrete cubes were conducted. Three-point bending tests on concrete beams reinforced with bamboo were performed to identify their behaviour compared to steel reinforced concrete members. The result for the absorption test indicated that water absorption of bamboo is quite high. The bamboo absorbed about 25% of water of its saturated weight in just 24 hrs and increased number of nodes brought about increased absorption of water. It also showed that the bamboo from the top part of the culm absorbed more water than those from the bottom of the culm, with an increase of about 9%. For the tensile tests all the bamboo specimens showed brittle failure at node, making the node the most critical section for failure under tensile stresses, which was also verified in the beam tests. The yield stress was 56.80 N/mm2. In general, the test results indicated that bamboo reinforcement enhanced the load carrying capacity by approximately 200%.
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