A construction method for building large-scale aircraft workshop or hangar with thickened plastic clad aluminum composite board

Abstract

A construction method for building large-scale aircraft workshops or hangars with thickened plastic sandwich aluminum composite panels. The two ends of the above arc lead the radius line to the center of the arc to intersect the lower arc of the tile, and the end of the tile is processed along the radius line; the tiles are assembled side by side by the brick wall seam method, and The stacking method of the arch bridge is assembled according to the cutting angle of the tile ends; in order to strengthen the connection between the tiles, improve the overall compression resistance, earthquake resistance and strong storm surge resistance, an inverted trapezoidal double cylinder "lock" is set at the interface line of the tiles. "buckle" to achieve the purpose of continuous pulling, tearing, and twisting. An elastic composite pier type seismic isolation device is also provided for strong earthquake resistance; the building material selected for the patent is toughness that integrates multiple invisible functions and has a strong texture. These characteristics endow the special construction method of the large hangar without beams and columns with large slump, and also endow the building with special performance and functions of absorbing waves and being invisible.

Description

technical field [0001] The construction of large aircraft workshops or hangars (hereinafter referred to as large hangars) belongs to the field of construction. The large hangars built with thickened plastic sandwich aluminum composite panels have the characteristics of invisible wave absorption, no beams and columns, heavy pressure resistance, strong earthquake resistance, The characteristics of anti-storm surge impact, light overall weight, and environmental protection specifically relate to the physical properties and invisible mechanism of the building materials used, the construction method of the large hangar and the earthquake resistance method. Background technique [0002] The traditional building model is completed by traditional building materials (including steel, cement, sand, bricks, wood), and the buildings completed by this building model are steel structures with brittle and hard textures, poor seismic performance, and poor overall quality. Heavy, it is techn...

AI Technical Summary

Problems solved by technology

[0002] The traditional building model is completed by traditional building materials (including steel, cement, sand, bricks, wood), and the buildings completed by this building model are steel structures with brittle and hard textures, poor seismic performance, and poor overall quality. It is technically difficult to build a large-slump building with traditional building models and materials

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