Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Nuclear island SC module wall structure assembly type damping and energy consumption connecting structure and construction method
The invention relates to the technical field of civil engineering modular construction, and discloses a nuclear island SC module wall structure assembly type shock absorption and energy consumption connecting structure and a construction method.The nuclear island SC module wall structure assembly type shock absorption and energy consumption connecting structure comprises an in-place embedded part, an external anchoring baffle system, an energy consumption anchoring structure and a foundation anchor bolt; an embedded anchor part is arranged at the bottom of the in-place embedded part and is connected with the foundation slab; the energy consumption anchoring structure comprises two friction energy consumption plates which are connected with the outer surface of the external anchoring baffle system and the outer surface of the SC module wall structure respectively, the two friction energy consumption plates are distributed up and down and can slide mutually along the contact face to consume energy, anchor bolt holes are formed in the friction energy consumption plates, and foundation anchor bolts penetrate through the anchor bolt holes to be connected with the foundation bottom plate. The fabricated combined connecting structure is formed through the structure, the SC module structure is connected with the foundation slab, more accurate hoisting in-place can be achieved, meanwhile, the damping and energy dissipation effects are achieved, the damage degree of an SC module structure body can be effectively reduced, and the anti-seismic performance is improved.
本发明涉及土建模块化建设技术领域，公开了核岛SC模块墙体结构装配式减震耗能连接结构及施工方法，包括就位埋件、外部锚固挡板系统、耗能锚固结构和地脚锚栓，就位埋件设置在SC模块墙体结构底部，就位埋件的底部设有预埋锚件与基础底板连接；耗能锚固结构包括两块摩擦耗能板，分别与外部锚固挡板系统和SC模块墙体结构外表面连接，两块摩擦耗能板上下分布，可沿接触面相互滑动耗能，摩擦耗能板上设有锚栓孔，地脚锚栓穿过锚栓孔与基础底板连接。通过上述结构形成装配式组合连接结构，将SC模块结构与基础底板进行连接，可以实现更为精准的吊装就位，同时具有减震耗能作用，可以有效降低SC模块结构主体的损坏程度，提高抗震性能。
Nuclear island SC module wall structure assembly type damping and energy consumption connecting structure and construction method
The invention relates to the technical field of civil engineering modular construction, and discloses a nuclear island SC module wall structure assembly type shock absorption and energy consumption connecting structure and a construction method.The nuclear island SC module wall structure assembly type shock absorption and energy consumption connecting structure comprises an in-place embedded part, an external anchoring baffle system, an energy consumption anchoring structure and a foundation anchor bolt; an embedded anchor part is arranged at the bottom of the in-place embedded part and is connected with the foundation slab; the energy consumption anchoring structure comprises two friction energy consumption plates which are connected with the outer surface of the external anchoring baffle system and the outer surface of the SC module wall structure respectively, the two friction energy consumption plates are distributed up and down and can slide mutually along the contact face to consume energy, anchor bolt holes are formed in the friction energy consumption plates, and foundation anchor bolts penetrate through the anchor bolt holes to be connected with the foundation bottom plate. The fabricated combined connecting structure is formed through the structure, the SC module structure is connected with the foundation slab, more accurate hoisting in-place can be achieved, meanwhile, the damping and energy dissipation effects are achieved, the damage degree of an SC module structure body can be effectively reduced, and the anti-seismic performance is improved.
本发明涉及土建模块化建设技术领域，公开了核岛SC模块墙体结构装配式减震耗能连接结构及施工方法，包括就位埋件、外部锚固挡板系统、耗能锚固结构和地脚锚栓，就位埋件设置在SC模块墙体结构底部，就位埋件的底部设有预埋锚件与基础底板连接；耗能锚固结构包括两块摩擦耗能板，分别与外部锚固挡板系统和SC模块墙体结构外表面连接，两块摩擦耗能板上下分布，可沿接触面相互滑动耗能，摩擦耗能板上设有锚栓孔，地脚锚栓穿过锚栓孔与基础底板连接。通过上述结构形成装配式组合连接结构，将SC模块结构与基础底板进行连接，可以实现更为精准的吊装就位，同时具有减震耗能作用，可以有效降低SC模块结构主体的损坏程度，提高抗震性能。
Nuclear island SC module wall structure assembly type damping and energy consumption connecting structure and construction method
核岛SC模块墙体结构装配式减震耗能连接结构及施工方法
DOU YI (Autor:in) / WANG MINGTAN (Autor:in) / HUANG JIANGDE (Autor:in) / TIAN HUA (Autor:in) / CHU YANCHUN (Autor:in) / YUAN FANG (Autor:in)
29.12.2023
Patent
Elektronische Ressource
Chinesisch
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