Optimization of the assembly of cross-truss structures

Author:

Marutyan Aleksandr,Abovyan Avetik,Kravchenko Arkadiy

Abstract

As a result of a review and analytical search based on patent research and development, a new method of assembling cross-truss structures in relation to modules of the Pyatigorsk type has been optimized. The scope of its rational application is outlined, including the construction of new facilities and the reconstruction of existing buildings. The efficiency of assembling such structures in earthquake-resistant construction, including flexible upper floors capable of dampening mechanical vibrations, is noted. The continuation of flexible manufacturing technology in this method of assembly has been revealed, when the entire set of cross-truss structures of full factory readiness is mounted on the construction site in the project position. At the same time, all assembly and welding, transport, installation operations in shop and building conditions are performed by the same personnel due to their high qualifications, which ensures the necessary and sufficient competitiveness under the most difficult conditions of the economic conjuncture.

Publisher

EDP Sciences

Subject

General Medicine

Reference13 articles.

1. Trofimov V.I., Kaminsky A.M. Light metal structures of buildings and structures (design development, research, calculation, manufacture, installation). Moscow: Publishing House DIA, 72-75, 107-15 (2002)

2. Packer J.A., Wardenier J., Zhao X.-L., van der Vegte G.J. and Kurobane Y.. Construction with hollow steel sections. Design Guide for rectangular hollow section (RHS) joints under predominantly static loading. CIDECT (2009)

3. Wardenier J.A., Packer J.A., Zhao X.-L. and van der Vegte G.J.. Hollow sections in structural applications. CIDECT. Geneva, Switzerland (2010)

4. Marutyan A.S. Design of light metal structures from cross systems, including modules of the Pyatigorsk type. Pyatigorsk: NCFU, Pyatigorsk, Russian Federation (2013)

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