A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Warehouse structure capable of reducing throwing range of explosive fragments and construction method of warehouse structure
The invention discloses a warehouse structure capable of reducing the throwing range of explosive fragments and a construction method of the warehouse structure, and belongs to the technical field of safety engineering. The warehouse structure is based on the design thought of overall warehouse assembly, high masonry block strength and weak component connection and comprises prefabricated stand columns, assembled walls, prefabricated top plates and inter-column cable-stayed systems. Each assembled wall body comprises a plurality of steel fiber concrete precast blocks which are spliced in a staggered mode, and the multiple assembled wall bodies form an explosives storage space. The prefabricated stand columns are arranged at the connecting positions of the two adjacent spliced wall bodies, and the prefabricated stand columns are higher than the spliced wall bodies. The prefabricated top plate covers the tops of the prefabricated stand columns. The inter-column cable-stayed system comprises carbon fiber ropes arranged between every two adjacent prefabricated stand columns in a crossed mode. Rapid construction can be achieved in a low-cost mode, the throwing speed and the influence range of internal explosion fragments can be reduced from the source, and the safety and the economical efficiency of an explosives warehouse are improved.
本发明公开了一种减小爆炸碎片抛散范围的仓库结构及其建构方法，属于安全工程技术领域。所述仓库结构基于“仓库整体拼装、砌筑块体强度高、构件连接弱”的设计思想，其包括：预制立柱，拼装墙体，预制顶板以及柱间斜拉系统；所述拼装墙体包括多块错缝拼接的钢纤维混凝土预制块，多面拼装墙体构成易爆物存储空间；所述预制立柱设置于相邻两面拼装墙体的连接处，所述预制立柱高于拼装墙体；所述预制顶板覆盖于各预制立柱顶部；所述柱间斜拉系统包括交叉设置于每相邻两根预制立柱之间的碳纤维绳。本发明不仅可以通过成本较低的方式实现快速构筑，而且可以从根源上降低内爆炸碎片抛散速度及影响范围，提高了易爆物仓库的安全性及经济性。
Warehouse structure capable of reducing throwing range of explosive fragments and construction method of warehouse structure
The invention discloses a warehouse structure capable of reducing the throwing range of explosive fragments and a construction method of the warehouse structure, and belongs to the technical field of safety engineering. The warehouse structure is based on the design thought of overall warehouse assembly, high masonry block strength and weak component connection and comprises prefabricated stand columns, assembled walls, prefabricated top plates and inter-column cable-stayed systems. Each assembled wall body comprises a plurality of steel fiber concrete precast blocks which are spliced in a staggered mode, and the multiple assembled wall bodies form an explosives storage space. The prefabricated stand columns are arranged at the connecting positions of the two adjacent spliced wall bodies, and the prefabricated stand columns are higher than the spliced wall bodies. The prefabricated top plate covers the tops of the prefabricated stand columns. The inter-column cable-stayed system comprises carbon fiber ropes arranged between every two adjacent prefabricated stand columns in a crossed mode. Rapid construction can be achieved in a low-cost mode, the throwing speed and the influence range of internal explosion fragments can be reduced from the source, and the safety and the economical efficiency of an explosives warehouse are improved.
本发明公开了一种减小爆炸碎片抛散范围的仓库结构及其建构方法，属于安全工程技术领域。所述仓库结构基于“仓库整体拼装、砌筑块体强度高、构件连接弱”的设计思想，其包括：预制立柱，拼装墙体，预制顶板以及柱间斜拉系统；所述拼装墙体包括多块错缝拼接的钢纤维混凝土预制块，多面拼装墙体构成易爆物存储空间；所述预制立柱设置于相邻两面拼装墙体的连接处，所述预制立柱高于拼装墙体；所述预制顶板覆盖于各预制立柱顶部；所述柱间斜拉系统包括交叉设置于每相邻两根预制立柱之间的碳纤维绳。本发明不仅可以通过成本较低的方式实现快速构筑，而且可以从根源上降低内爆炸碎片抛散速度及影响范围，提高了易爆物仓库的安全性及经济性。
Warehouse structure capable of reducing throwing range of explosive fragments and construction method of warehouse structure
一种减小爆炸碎片抛散范围的仓库结构及其建构方法
DENG JIAJUN (author) / ZHAO YUETANG (author) / WANG JUNHUI (author) / QIU YANYU (author) / MA LINJIAN (author) / LI ZENG (author) / LI HONGYA (author) / LIU JICHENG (author) / LI HUI (author)
2024-09-06
Patent
Electronic Resource
Chinese
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