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Seismic performance of laminated timber frames with fiber-reinforced joints

机译:纤维增强节点的层压木框架的抗震性能

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摘要

A series of dynamic experiments was performed on two-story glue-laminated timber frames. The tests included sinusoidal sweeps in one direction, arbitrary signals simulating earthquake loads in two directions, and harmonic free vibration at the fundamental frequency. Two experimental frames were manufactured and tested: (1) a control with horizontal laminations and no reinforcement at joint areas, and (2) a new frame design with densified material in the joint area that was further reinforced by glass-fiber composite material. Preliminary tests of scaled and full-size beam-to-column connections were performed to obtain connection characteristics needed for subsequent analytical modeling.
机译:在两层胶合层压木框架上进行了一系列动态实验。测试包括在一个方向上的正弦波扫描,在两个方向上模拟地震载荷的任意信号以及在基频处的无谐波振动。制作并测试了两个实验框架:(1)带有水平层压板且在接合处没有加强筋的控制装置,以及(2)在接合处具有致密材料的新框架设计,并通过玻璃纤维复合材料进一步加强了设计。进行了按比例缩放和完整尺寸的梁到柱连接的初步测试,以获得后续分析建模所需的连接特性。

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