Steel beam, concrete ring beam and concrete floor structure integrated construction method

Abstract

The invention discloses a steel beam, concrete ring beam and concrete floor structure integrated construction method. The steel beam, concrete ring beam and concrete floor structure integrated construction method comprises the following steps that (1), built-in fittings are connected in a bolted mode; (2), a full-hall frame is erected; (3), a steel beam is hoisted and installed and fixed; (4), beam main steel bars and stirrups are arranged in advance and positions are reserved; (5), formwork erecting and steel bar binding are performed; and (6), concrete pouring and maintenance is performed. The built-in fittings (anchorage parts) and the steel beam are welded and connected in a bolted mode in a factory and then lifted to the designed elevation to be subjected to overall pouring with concrete ring beam slabs and columns though a deepening design of the steel structure, the positioning accuracy of the steel beam is improved, the number of concrete pouring is reduced, and the construction period is saved. According to the construction method, the built-in fittings and the steel beam are connected in the bolted mode on the ground in advance, the aloft work is reduced, and safety is improved. The integrated construction method specifies the steel bar binding sequence at the position of column and ring beam caused by the pre-installation of the steel beam, and can meet the quality requirements of steel bar binding.

Description

Technical field [0001] The invention relates to an integrated construction method of steel beam, concrete ring beam and concrete floor structure, belonging to the technical field of building construction. Background technique [0002] With the development of economy, the structural situation of buildings is becoming more and more diverse. In the process of large-scale stadium construction, in order to improve the space utilization rate and achieve beautiful and practical effects, it is more common to use steel beams instead of traditional concrete beams. In the conventional construction process, the method of burying the embedded parts to pour the reinforced concrete ring beam, then installing the steel beam, and then pouring the roof concrete is often adopted. Although this process is more common, it requires high precision for hoisting and high-altitude operations. More, complicated procedures and longer construction period. Summary of the invention [0003] The technical probl...

AI Technical Summary

Problems solved by technology

In the conventional construction process, it is often used to bury the embedded parts first to pour the reinforced concrete ring beam, then install the steel beam, and then pour the roof concrete. Many, complex procedures, long construction period

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