RESEARCH OF DESIGN PARAMETERS INFLUENCE OF BUILDING WALL, CONSTRUCTED WITH THE HELP OF 3D PRINTER, ON ITS STRESS STATE

Ekatarina Gennadievna Pahomova; Monastyrev Pavel  Vladislavovich; Evdokimtsev Oleg  Vladimirovich; Azawi Dubla Balthazar

doi:10.5937/jaes0-28755

Ekatarina Gennadievna Pahomova Southwest State University, Faculty of Construction and Architecture, Department of Industrial and Civil Construction, Kursk, Russia
Monastyrev Pavel Vladislavovich Tambov State Technical University, Institute of Architecture, Construction and Transport, Department of Urban Construction and Motorways, Tambov, Russia
Evdokimtsev Oleg Vladimirovich Tambov State Technical University, Institute of Architecture, Construction and Transport, Department of Construction of buildings and structures, Tambov, Russia
Azawi Dubla Balthazar Southwest State University, Faculty of Construction and Architecture, Kursk, Russia

DOI: https://doi.org/10.5937/jaes0-28755

Keywords: buildings in 3D technology, 3D printing, outer wall, stress conditio

Abstract

The article presents the research results of design parameters influence of outer wall of a building erected in 3D technology, namely: wavelength of inner wall diaphragm, displacement of lower wave relative to upper wave of inner wall diaphragm (displacement of wave crest) on the stress state of a wall fragment subject to the constancy of its cross-section area. The set of data for analysis has been obtained on the basis of calculations in the SCAD ++ computer complex. The dependences of relative stresses of wall fragments on the studied factors have been obtained and the interpretation of research results has been given.

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