Stiffness of Post-Tensioned Girderless Floor With Different Column Grids

The paper considers models of monolithic flat floor slabs with five spans in both directions. The cell sizes are 6×6m, 6×9m, and 6×12m. The calculation method is based on the application of temperature load and rope modeling of rod elements. It is shown that post-stressing should be used for slab si...

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Main Authors: Ashot George Tamrazyan, Tatiana Anatolу Matseevich
Format: Article
Language:English
Published: National University Of Architecture And Construction Of Armenia 2021-12-01
Series:Journal of Architectural and Engineering Research
Subjects:
Online Access:https://jaer.nuaca.am/index.php?journal=jaer&page=article&op=view&path[]=44
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author Ashot George Tamrazyan
Tatiana Anatolу Matseevich
author_facet Ashot George Tamrazyan
Tatiana Anatolу Matseevich
author_sort Ashot George Tamrazyan
collection DOAJ
description The paper considers models of monolithic flat floor slabs with five spans in both directions. The cell sizes are 6×6m, 6×9m, and 6×12m. The calculation method is based on the application of temperature load and rope modeling of rod elements. It is shown that post-stressing should be used for slab side lengths over 7 m, as the installation of pre-stressed reinforcement for shorter lengths is less feasible and causes high economic costs.
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spelling doaj.art-8ce9731402994aa2b039cd23e8fc5f002022-12-22T03:04:20ZengNational University Of Architecture And Construction Of ArmeniaJournal of Architectural and Engineering Research2738-26562021-12-011210.54338/27382656-2021.2-3Stiffness of Post-Tensioned Girderless Floor With Different Column GridsAshot George Tamrazyan0Tatiana Anatolу Matseevich1Moscow  National Research "Moscow State University of Civil Engineering"National Research "Moscow State University of Civil Engineering"The paper considers models of monolithic flat floor slabs with five spans in both directions. The cell sizes are 6×6m, 6×9m, and 6×12m. The calculation method is based on the application of temperature load and rope modeling of rod elements. It is shown that post-stressing should be used for slab side lengths over 7 m, as the installation of pre-stressed reinforcement for shorter lengths is less feasible and causes high economic costs.https://jaer.nuaca.am/index.php?journal=jaer&page=article&op=view&path[]=44reinforced concrete slabstiffnessdeflectioncolumn gridpost-tension
spellingShingle Ashot George Tamrazyan
Tatiana Anatolу Matseevich
Stiffness of Post-Tensioned Girderless Floor With Different Column Grids
Journal of Architectural and Engineering Research
reinforced concrete slab
stiffness
deflection
column grid
post-tension
title Stiffness of Post-Tensioned Girderless Floor With Different Column Grids
title_full Stiffness of Post-Tensioned Girderless Floor With Different Column Grids
title_fullStr Stiffness of Post-Tensioned Girderless Floor With Different Column Grids
title_full_unstemmed Stiffness of Post-Tensioned Girderless Floor With Different Column Grids
title_short Stiffness of Post-Tensioned Girderless Floor With Different Column Grids
title_sort stiffness of post tensioned girderless floor with different column grids
topic reinforced concrete slab
stiffness
deflection
column grid
post-tension
url https://jaer.nuaca.am/index.php?journal=jaer&page=article&op=view&path[]=44
work_keys_str_mv AT ashotgeorgetamrazyan stiffnessofposttensionedgirderlessfloorwithdifferentcolumngrids
AT tatianaanatolumatseevich stiffnessofposttensionedgirderlessfloorwithdifferentcolumngrids