A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Civil engineering damping component
The invention discloses a civil engineering damping component. The civil engineering damping component comprises structural columns and structural beams, wherein the structural beams are arranged between the structural columns, and prefabricated wall bodies are arranged between the structural columns and the structural beams. The civil engineering damping component has the beneficial effects that swing force relief is carried out through the sliding of the prefabricated wall bodies between the structural beams and the structural columns, force relief is realized by utilizing a building and a separating box body of the building, the influence of earthquake force is reduced, so that the damping and anti-seismic effects are achieved; when an earthquake comes, horizontal earthquake waves drive an upper structure to shake, the prefabricated wall bodies move back and forth between sliding grooves along the sliding grooves, the reciprocating movement of the prefabricated wall bodies can be simplified into the swing of a pendulum damper, and good anti-seismic performance is achieved; and meanwhile, the separating wall bodies in the building are directly used for damping, so that the trouble of independently constructing damping equipment is omitted, and the civil engineering damping component is more economical and practical; and a large amount of earthquake energy is absorbed through the movement of the prefabricated wall bodies, so that the damage of the earthquake waves to the structural columns and the structural beams is reduced, and a good damping effect is achieved.
本发明公开了一种土木工程减震构件，包括结构柱和结构梁，所述结构柱之间设置有结构梁，且结构柱和结构梁之间设置有预制墙体。有益效果：本发明通过预制墙体在结构梁和结构柱之间的滑动来进行摇摆泄力，利用建筑与自身的分隔箱体来实现泄力，减少地震力影响，从而起到减震抗震的作用，在地震来临时，水平地震波带动上部结构晃动，预制墙体在滑槽之间沿滑槽往复移动，预制墙体往复移动可简化成摆锤阻尼器的摆动，具有良好的抗震性能，同时，直接利用建筑物中的分隔墙体进行减震，省去了单独建造减震设备的麻烦，更加经济实用，预制墙体的移动吸收了大量的地震能量，从而减少地震波对结构柱和结构梁的破坏，起到了良好的减震作用。
Civil engineering damping component
The invention discloses a civil engineering damping component. The civil engineering damping component comprises structural columns and structural beams, wherein the structural beams are arranged between the structural columns, and prefabricated wall bodies are arranged between the structural columns and the structural beams. The civil engineering damping component has the beneficial effects that swing force relief is carried out through the sliding of the prefabricated wall bodies between the structural beams and the structural columns, force relief is realized by utilizing a building and a separating box body of the building, the influence of earthquake force is reduced, so that the damping and anti-seismic effects are achieved; when an earthquake comes, horizontal earthquake waves drive an upper structure to shake, the prefabricated wall bodies move back and forth between sliding grooves along the sliding grooves, the reciprocating movement of the prefabricated wall bodies can be simplified into the swing of a pendulum damper, and good anti-seismic performance is achieved; and meanwhile, the separating wall bodies in the building are directly used for damping, so that the trouble of independently constructing damping equipment is omitted, and the civil engineering damping component is more economical and practical; and a large amount of earthquake energy is absorbed through the movement of the prefabricated wall bodies, so that the damage of the earthquake waves to the structural columns and the structural beams is reduced, and a good damping effect is achieved.
本发明公开了一种土木工程减震构件，包括结构柱和结构梁，所述结构柱之间设置有结构梁，且结构柱和结构梁之间设置有预制墙体。有益效果：本发明通过预制墙体在结构梁和结构柱之间的滑动来进行摇摆泄力，利用建筑与自身的分隔箱体来实现泄力，减少地震力影响，从而起到减震抗震的作用，在地震来临时，水平地震波带动上部结构晃动，预制墙体在滑槽之间沿滑槽往复移动，预制墙体往复移动可简化成摆锤阻尼器的摆动，具有良好的抗震性能，同时，直接利用建筑物中的分隔墙体进行减震，省去了单独建造减震设备的麻烦，更加经济实用，预制墙体的移动吸收了大量的地震能量，从而减少地震波对结构柱和结构梁的破坏，起到了良好的减震作用。
Civil engineering damping component
一种土木工程减震构件
MA YAWEI (author) / GUO GUIHONG (author) / WANG JIAN (author) / CHEN YANGFAN (author)
2021-07-09
Patent
Electronic Resource
Chinese
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