Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Metal shock-absorbing energy-consuming coupling beam
The invention discloses a metal shock-absorbing energy-consuming coupling beam. The metal shock-absorbing energy-consuming coupling beam comprises a metal damper, a first end plate, first H-shaped steel, first T-shaped steel, a second end plate, second H-shaped steel, second T-shaped steel, and a plurality of studs; the first end plate and the second end plate are separately arranged on two sidesof the metal damper, the metal damper is arranged on one side of the first end plate, and the first H-shaped steel is arranged on the other side of the first end plate; the metal damper is arranged onone side of the second end plate, and the second H-shaped steel is arranged on the other side of the second ens plate; the first T-shaped steel is connected to the upper part of the first end plate,and the second T-shaped steel is connected to the upper part of the second end plate; and the multiple studs are separately arranged above the first T-shaped steel and the second T-shaped steel. According to the metal shock-absorbing energy-consuming coupling beam, a shock-absorbing device can utilize the elastoplastic hysteretic deformation generated when a metal element or member yields to dissipate energy, and under the action of earthquake force, the ductility and energy consumption ability of the coupling beam can be greatly improved.
本发明揭示了一种金属减震耗能连梁，包括金属阻尼器、第一端板、第一H型钢、第一T型钢、第二端板、第二H型钢、第二T型钢及若干栓钉；所述金属阻尼器的两侧分别设置第一端板及第二端板，第一端板的一侧设置金属阻尼器，另一侧设置第一H型钢；第二端板的一侧设置金属阻尼器，另一侧设置第二H型钢；所述第一T型钢连接所述第一端板的上部，所述第二T型钢连接所述第二端板的上部；所述第一T型钢及第二T型钢的上方分别设置若干栓钉。本发明提出的金属减震耗能连梁，可利用金属元件或构件屈服时产生的弹塑性滞回变形耗散能量的减震装置，在地震力作用下，大幅提高连梁的延性及耗能能力。
Metal shock-absorbing energy-consuming coupling beam
The invention discloses a metal shock-absorbing energy-consuming coupling beam. The metal shock-absorbing energy-consuming coupling beam comprises a metal damper, a first end plate, first H-shaped steel, first T-shaped steel, a second end plate, second H-shaped steel, second T-shaped steel, and a plurality of studs; the first end plate and the second end plate are separately arranged on two sidesof the metal damper, the metal damper is arranged on one side of the first end plate, and the first H-shaped steel is arranged on the other side of the first end plate; the metal damper is arranged onone side of the second end plate, and the second H-shaped steel is arranged on the other side of the second ens plate; the first T-shaped steel is connected to the upper part of the first end plate,and the second T-shaped steel is connected to the upper part of the second end plate; and the multiple studs are separately arranged above the first T-shaped steel and the second T-shaped steel. According to the metal shock-absorbing energy-consuming coupling beam, a shock-absorbing device can utilize the elastoplastic hysteretic deformation generated when a metal element or member yields to dissipate energy, and under the action of earthquake force, the ductility and energy consumption ability of the coupling beam can be greatly improved.
本发明揭示了一种金属减震耗能连梁，包括金属阻尼器、第一端板、第一H型钢、第一T型钢、第二端板、第二H型钢、第二T型钢及若干栓钉；所述金属阻尼器的两侧分别设置第一端板及第二端板，第一端板的一侧设置金属阻尼器，另一侧设置第一H型钢；第二端板的一侧设置金属阻尼器，另一侧设置第二H型钢；所述第一T型钢连接所述第一端板的上部，所述第二T型钢连接所述第二端板的上部；所述第一T型钢及第二T型钢的上方分别设置若干栓钉。本发明提出的金属减震耗能连梁，可利用金属元件或构件屈服时产生的弹塑性滞回变形耗散能量的减震装置，在地震力作用下，大幅提高连梁的延性及耗能能力。
Metal shock-absorbing energy-consuming coupling beam
金属减震耗能连梁
XU HAICHENG (Autor:in) / ZHAO YANG (Autor:in) / FENG RUI (Autor:in) / ZHANG QI (Autor:in) / DING RANRAN (Autor:in)
23.10.2020
Patent
Elektronische Ressource
Chinesisch
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