A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an aircraft hangar for an aircraft and a roof structure thereof. The roof structure comprising a truss structure and a grid structure which are connected to each other; the truss structure comprises a front side truss girder extending in the transverse direction and located at a doorway side of the aircraft hangar, a rear side truss girder extending in the transverse direction and located at a rear wall side of the aircraft hangar, and a plurality of middle truss girders which extend in the transverse direction and are distributed between the front side truss girder andthe rear side truss girder at intervals; and the grid structure is fixedly connected among the front side truss girder, the middle truss girders and the rear side truss girder, so that the roof structure of the aircraft hangar is formed. According to the technical scheme, through combination of the truss structure and the grid structure, the aircraft hangar structure with more reliable mechanicalproperties is provided.
本申请公开了一种用于飞行器的飞行器机库及其屋盖结构，该屋盖结构包括彼此连接的桁架结构和网架结构，其中，桁架结构包括：前侧桁架梁，该前侧桁架梁沿横向方向延伸且位于飞行器机库的门口侧；后侧桁架梁，该后侧桁架梁沿横向方向延伸且位于飞行器机库的后墙侧；多个中间桁架梁，该多个中间桁架梁均沿横向方向延伸且彼此间隔地分布在前侧桁架梁和后侧桁架梁之间，网架结构固定连接在前侧桁架梁、中间桁架梁和后侧桁架梁之间，从而形成飞行器机库的屋盖结构。根据本申请的技术方案，通过上述桁架结构和网架结构的结合，提供了一种力学性能更为可靠的飞行器机库结构。
The invention discloses an aircraft hangar for an aircraft and a roof structure thereof. The roof structure comprising a truss structure and a grid structure which are connected to each other; the truss structure comprises a front side truss girder extending in the transverse direction and located at a doorway side of the aircraft hangar, a rear side truss girder extending in the transverse direction and located at a rear wall side of the aircraft hangar, and a plurality of middle truss girders which extend in the transverse direction and are distributed between the front side truss girder andthe rear side truss girder at intervals; and the grid structure is fixedly connected among the front side truss girder, the middle truss girders and the rear side truss girder, so that the roof structure of the aircraft hangar is formed. According to the technical scheme, through combination of the truss structure and the grid structure, the aircraft hangar structure with more reliable mechanicalproperties is provided.
本申请公开了一种用于飞行器的飞行器机库及其屋盖结构，该屋盖结构包括彼此连接的桁架结构和网架结构，其中，桁架结构包括：前侧桁架梁，该前侧桁架梁沿横向方向延伸且位于飞行器机库的门口侧；后侧桁架梁，该后侧桁架梁沿横向方向延伸且位于飞行器机库的后墙侧；多个中间桁架梁，该多个中间桁架梁均沿横向方向延伸且彼此间隔地分布在前侧桁架梁和后侧桁架梁之间，网架结构固定连接在前侧桁架梁、中间桁架梁和后侧桁架梁之间，从而形成飞行器机库的屋盖结构。根据本申请的技术方案，通过上述桁架结构和网架结构的结合，提供了一种力学性能更为可靠的飞行器机库结构。
Aircraft hangar and roof structure thereof
飞行器机库及其屋盖结构
2020-11-03
Patent
Electronic Resource
Chinese
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