A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building structure system of fabricated transformer substation
The invention provides a building structure system of a fabricated transformer substation. A building of the transformer substation is mainly composed of a one-floor building body and a two-floor building body. The one-floor building body and the two-floor building body are mainly built of longitudinal walls, inner cross walls and outer gable walls. Each longitudinal wall is a block-shaped light-weight aggregate concrete and structural steel composite hollow wall board. Each inner cross wall and each outer gable wall are both block-shaped light-weight aggregate concrete wall boards. Each stress framework is composed of steel components and a one-way steel cross beam, wherein each steel component is in a T shape or shaped like the Chinese character 'gan' and is composed of a sectional steel column and a sectional steel beam, each sectional steel column is a B250*8 hollow square steel tube column, and each sectional steel beam is an I-shaped steel longitudinal beam or cross beam. Each light-weight aggregate concrete and structural steel composite hollow wall board is made of light-weight aggregate concrete, high-strength composite thin-wall cement hollow tubes and wall board reinforcing steel bars, wherein the interval between every two adjacent high-strength composite thin-wall cement hollow tube is 200 mm, and the diameter of each high-strength composite thin-wall cement hollow tube is 150 mm. The building structure system of the fabricated transformer substation has the advantages that typhoon resistance is achieved, the anti-seismic property is high, the integrality is good, a light-weight aggregate concrete superimposed sheet roof is adopted, and the dead load of a floor structure is low.
Building structure system of fabricated transformer substation
The invention provides a building structure system of a fabricated transformer substation. A building of the transformer substation is mainly composed of a one-floor building body and a two-floor building body. The one-floor building body and the two-floor building body are mainly built of longitudinal walls, inner cross walls and outer gable walls. Each longitudinal wall is a block-shaped light-weight aggregate concrete and structural steel composite hollow wall board. Each inner cross wall and each outer gable wall are both block-shaped light-weight aggregate concrete wall boards. Each stress framework is composed of steel components and a one-way steel cross beam, wherein each steel component is in a T shape or shaped like the Chinese character 'gan' and is composed of a sectional steel column and a sectional steel beam, each sectional steel column is a B250*8 hollow square steel tube column, and each sectional steel beam is an I-shaped steel longitudinal beam or cross beam. Each light-weight aggregate concrete and structural steel composite hollow wall board is made of light-weight aggregate concrete, high-strength composite thin-wall cement hollow tubes and wall board reinforcing steel bars, wherein the interval between every two adjacent high-strength composite thin-wall cement hollow tube is 200 mm, and the diameter of each high-strength composite thin-wall cement hollow tube is 150 mm. The building structure system of the fabricated transformer substation has the advantages that typhoon resistance is achieved, the anti-seismic property is high, the integrality is good, a light-weight aggregate concrete superimposed sheet roof is adopted, and the dead load of a floor structure is low.
Building structure system of fabricated transformer substation
HUANG DAYU (author) / SHENG SONGYUAN (author) / JIN CHENG (author) / AN CHUNXIU (author) / CHEN JUNJIE (author) / CHEN JIANHUA (author)
2015-05-06
Patent
Electronic Resource
English
| European Patent Office | 2024
| European Patent Office | 2024
Fabricated enclosure for transformer substation and assembling method
| European Patent Office | 2021