Box-lead viscoelasticity composite energy dissipation device
A viscoelastic, energy-dissipating technology, applied in building components, earthquake resistance, building types, etc., can solve the problems of low initial stiffness and yield force, low energy dissipation capacity, etc., achieve large initial stiffness, maintain elastic recovery force, high The effect of fatigue resistance
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[0028] Embodiment 1: as figure 1 As shown, it is an embodiment of a square frame-lead viscoelastic composite energy dissipation device of the present invention, which mainly includes a connecting plate 1, a lead shearing element connecting plate 2, a lead shearing element 3, a thick-walled cylinder 4, a Energy block 5, viscoelastic material 6, lead core 7, central shaft sliding cylinder 8, central shaft 9, central shaft sliding cylinder connecting plate 10, triangular prism support 11.
[0029]Firstly, the square frame-lead viscoelastic composite energy dissipator is placed in the middle of the beam-column support with X-shaped support. The energy-dissipating frame 5 and its internal components are connected through a connecting plate, and the connection method is welding, and additionally add two upper and lower bolts and fixation positions. The energy dissipation frame 5 is connected with the external support through four connecting plates 1 . The lead shear element 3 is c...
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