Steel concrete reinforced prefabricated energy-saving residential building system

Abstract

The invention relates to a steel concrete reinforced prefabricated energy-saving residential building system, comprising: steel pipe columns with peripheral reinforcing fabric, H-beams with reinforcement, lateral force resistant support members, reinforced truss floor bearing slabs, Cl truss plates and cast-in-place concrete; the steel pipe columns with peripheral reinforcing fabric, the H-beams with reinforcement, the lateral force resistant support member, the reinforced truss floor bearing slabs, the CL truss plates and the cast-in-place concrete are assembled on a residential foundation into a residential (building) framework; upper forms are mounted around the framework, and concrete is cast in situ to integrate the steel pipe columns, exterior walls, beams and floor slabs; after the concrete solidifies and the forms are removed, and the residential (building) structure composed of the concrete-filled and concrete-clad steel pipe concrete columns, steel-keel concrete beams, the lateral force resistant support members, the CL exterior walls and cast-in-place concrete floor slabs (flooring) is formed. The steel concrete reinforced prefabricated energy-saving residential building system is suitable for factory production, prefabricated installation and mechanical casting and is a residential (building) system having a promising development prospect.

Description

technical field [0001] The invention relates to the field of residential building structure design and construction, in particular to a steel-concrete assembled energy-saving residential building system. Background technique [0002] At present, there are three main types of prefabricated residential building systems: prefabricated concrete residential building systems, steel structure residential building systems and wood structure building systems. Due to the shortage of timber resources, domestic housing industrialization mainly promotes prefabricated concrete residential building systems and steel Structural residential building system. These two building systems have their own advantages and disadvantages: the steel structure is simple to manufacture, suitable for factory production, and easy to install on site, but the maintenance structure starts late, there are many types, and there are not many ideal ones. The production process of prefabricated concrete is complic...

AI Technical Summary

Problems solved by technology

These two building systems have their own advantages and disadvantages: the steel structure is simple to manufacture, suitable for factory production, and easy to install on site, but the maintenance structure starts late, there are many types, and there are not many ideal ones.

The production process of prefabricated concrete is complicated, there are many processes, the cost is high, and the on-site assembly and construction are difficult. Although the concrete structure has a long history, most people are used to living in concrete structure houses, which give people a sense of thickness and security. However, due to the above shortcomings, the promotion have a certain degree of difficulty

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