A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Construction method of novel building shock insulation project wind-resistant device
The invention provides a novel building shock insulation project wind-resistant device construction method. The novel building shock insulation project wind-resistant device construction method comprises the following steps that S1, measurement and positioning are conducted, specifically, wind-resistant support installation positions are selected in a building shock insulation layer in the short direction of a building or between a building foundation structure and a main body structure and at the peripheral positions; s2, construction of a lower wind-resistant buttress: pouring and constructing the lower wind-resistant buttress at the wind-resistant support mounting position; the wind-resistant support is installed on the lower wind-resistant buttress, the lower portion of the wind-resistant support penetrates into the lower wind-resistant buttress, and an anchor column is reserved on the upper portion of the wind-resistant support; and S4, constructing an upper wind-resistant buttress. The wind-resistant supports are arranged between the shock insulation layers or the structural layers in a surrounding mode, so that the influence of wind power on a building can be resisted, the horizontal shock insulation effect can be effectively improved, and the horizontal rigidity between the structures is enhanced; energy of building shaking caused by wind power can be counteracted, so that the stability and durability of the building are improved, and the structural safety of the building is ensured.
本发明提供了一种新型建筑隔震工程抗风装置施工方法，包括以下步骤：S1、测量定位：在建筑物短向建筑隔震层中，或，在建筑物基础结构与主体结构之间，外围四周位置选定抗风支座安装位；S2、下抗风支墩施工：在抗风支座安装位浇筑施工下抗风支墩；S3、抗风支座安装：在下抗风支墩上安装抗风支座，抗风支座下部穿入至下抗风支墩中，抗风支座上部预留锚柱；S4、上抗风支墩施工。本发明通过在隔震层或结构层之间围绕设置抗风支座，不仅能抵御风力对建筑物的影响，还能有效提升水平隔震效果，强化结构之间的水平刚度；可以把风力致使建筑物晃动的能量抵消掉，从而提高建筑物的稳定性、耐久性，确保建筑物的结构安全。
Construction method of novel building shock insulation project wind-resistant device
The invention provides a novel building shock insulation project wind-resistant device construction method. The novel building shock insulation project wind-resistant device construction method comprises the following steps that S1, measurement and positioning are conducted, specifically, wind-resistant support installation positions are selected in a building shock insulation layer in the short direction of a building or between a building foundation structure and a main body structure and at the peripheral positions; s2, construction of a lower wind-resistant buttress: pouring and constructing the lower wind-resistant buttress at the wind-resistant support mounting position; the wind-resistant support is installed on the lower wind-resistant buttress, the lower portion of the wind-resistant support penetrates into the lower wind-resistant buttress, and an anchor column is reserved on the upper portion of the wind-resistant support; and S4, constructing an upper wind-resistant buttress. The wind-resistant supports are arranged between the shock insulation layers or the structural layers in a surrounding mode, so that the influence of wind power on a building can be resisted, the horizontal shock insulation effect can be effectively improved, and the horizontal rigidity between the structures is enhanced; energy of building shaking caused by wind power can be counteracted, so that the stability and durability of the building are improved, and the structural safety of the building is ensured.
本发明提供了一种新型建筑隔震工程抗风装置施工方法，包括以下步骤：S1、测量定位：在建筑物短向建筑隔震层中，或，在建筑物基础结构与主体结构之间，外围四周位置选定抗风支座安装位；S2、下抗风支墩施工：在抗风支座安装位浇筑施工下抗风支墩；S3、抗风支座安装：在下抗风支墩上安装抗风支座，抗风支座下部穿入至下抗风支墩中，抗风支座上部预留锚柱；S4、上抗风支墩施工。本发明通过在隔震层或结构层之间围绕设置抗风支座，不仅能抵御风力对建筑物的影响，还能有效提升水平隔震效果，强化结构之间的水平刚度；可以把风力致使建筑物晃动的能量抵消掉，从而提高建筑物的稳定性、耐久性，确保建筑物的结构安全。
Construction method of novel building shock insulation project wind-resistant device
一种新型建筑隔震工程抗风装置施工方法
CHEN BENKUAN (author) / WU YUANJIN (author) / ZHANG ZHONG (author) / ZHANG YURONG (author) / FANG YUN (author) / HE BIN (author) / JIA JIANXIANG (author) / LU CAN (author) / YANG ZHENGMAO (author) / LIAO ZAILUN (author)
2024-06-11
Patent
Electronic Resource
Chinese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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