Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Explosion-proof pressure relief method for light inflammable gas and building
The invention discloses an anti-explosion pressure relief method for light inflammable gas. The anti-explosion pressure relief method comprises the following steps: designing a building structure in which the light inflammable gas leaks according to the requirements of preventing leaked gas from accumulating on a roof and quickly diluting the leaked gas; the pressure-bearing pressure of the wall body and the roof of the building with the leaked light inflammable gas is determined, and the pressure relief effect under the accident working condition is achieved. According to the anti-explosion pressure relief method, starting from the two aspects of building structure design and building wall and roof pressure relief determination, the requirement for rapid gas dilution of the internal space of the building is met, and the requirement for pressure relief of the internal space of the building is met. According to the building structure with the roof ridge reverse design and the louver board wall face combined, ventilation in the space can be rapidly and effectively improved, combustible gas is prevented from being accumulated, meanwhile, the bearing pressure of the louver board wall face with a large number of gaps, the first roof board and the second roof board is obtained through software simulation calculation, and the building structure is quite practical. Therefore, the explosion-proof pressure relief valve has explosion-proof pressure relief functions.
本发明公开了一种轻质易燃气体防爆泄压方法，包括以下步骤：以防止泄漏气体积聚在房顶、快速稀释泄漏气体为要求对轻质易燃气体泄漏的建筑物结构进行设计；确定轻质易燃气体泄漏的建筑物墙体、房顶的承压压力，起到事故工况下的泄压效果。本发明防爆泄压方法，从建筑物结构设计以及确定建筑物墙体、屋顶泄压压力两方面入手，既满足建筑物内部空间的快速稀释气体要求，又满足建筑物内部空间泄压要求。本发明提出的房顶屋脊反向设计和百叶板墙面相结合的建筑物结构，既可以快速、有效的改善空间内部通风，防止可燃气体的积聚，同时有大量空隙的百叶板墙面和第一房顶板、第二房顶板的承压压力通过软件模拟计算得出，使其具有防爆泄压功能。
Explosion-proof pressure relief method for light inflammable gas and building
The invention discloses an anti-explosion pressure relief method for light inflammable gas. The anti-explosion pressure relief method comprises the following steps: designing a building structure in which the light inflammable gas leaks according to the requirements of preventing leaked gas from accumulating on a roof and quickly diluting the leaked gas; the pressure-bearing pressure of the wall body and the roof of the building with the leaked light inflammable gas is determined, and the pressure relief effect under the accident working condition is achieved. According to the anti-explosion pressure relief method, starting from the two aspects of building structure design and building wall and roof pressure relief determination, the requirement for rapid gas dilution of the internal space of the building is met, and the requirement for pressure relief of the internal space of the building is met. According to the building structure with the roof ridge reverse design and the louver board wall face combined, ventilation in the space can be rapidly and effectively improved, combustible gas is prevented from being accumulated, meanwhile, the bearing pressure of the louver board wall face with a large number of gaps, the first roof board and the second roof board is obtained through software simulation calculation, and the building structure is quite practical. Therefore, the explosion-proof pressure relief valve has explosion-proof pressure relief functions.
本发明公开了一种轻质易燃气体防爆泄压方法，包括以下步骤：以防止泄漏气体积聚在房顶、快速稀释泄漏气体为要求对轻质易燃气体泄漏的建筑物结构进行设计；确定轻质易燃气体泄漏的建筑物墙体、房顶的承压压力，起到事故工况下的泄压效果。本发明防爆泄压方法，从建筑物结构设计以及确定建筑物墙体、屋顶泄压压力两方面入手，既满足建筑物内部空间的快速稀释气体要求，又满足建筑物内部空间泄压要求。本发明提出的房顶屋脊反向设计和百叶板墙面相结合的建筑物结构，既可以快速、有效的改善空间内部通风，防止可燃气体的积聚，同时有大量空隙的百叶板墙面和第一房顶板、第二房顶板的承压压力通过软件模拟计算得出，使其具有防爆泄压功能。
Explosion-proof pressure relief method for light inflammable gas and building
一种轻质易燃气体防爆泄压方法及建筑物
XIN BAOQUAN (Autor:in) / YU JIANLIANG (Autor:in) / LU WEI (Autor:in) / DANG WENYI (Autor:in) / YAN XINGQING (Autor:in)
13.01.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04H
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