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Analysis of reinforced concrete rectangular slabs with three-sides supported under uniformly distributed load

Analysis of reinforced concrete rectangular slabs with three-sides supported under uniformly... In this research paper, an analytical formulation is presented to predict the moment field of the laterally loaded three-sides supported RC rectangular slabs under the uniform area loading at top surface of the slab. It is also validated with the available published formulations. Design aids were formulated with the help of proposed analytical formulation and are presented here for quick calculations. These design aids were also validated with the help of finite element method based ATENA software. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png "Asian Journal of Civil Engineering" Springer Journals

Analysis of reinforced concrete rectangular slabs with three-sides supported under uniformly distributed load

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Publisher
Springer Journals
Copyright
Copyright
Subject
Engineering; Civil Engineering; Building Materials; Sustainable Architecture/Green Buildings
ISSN
1563-0854
eISSN
2522-011X
DOI
10.1007/s42107-019-00182-6
Publisher site
See Article on Publisher Site

Abstract

In this research paper, an analytical formulation is presented to predict the moment field of the laterally loaded three-sides supported RC rectangular slabs under the uniform area loading at top surface of the slab. It is also validated with the available published formulations. Design aids were formulated with the help of proposed analytical formulation and are presented here for quick calculations. These design aids were also validated with the help of finite element method based ATENA software.

Journal

"Asian Journal of Civil Engineering" – Springer Journals

Published: Aug 13, 2019

References

  • Building code requirements for reinforced concrete
  • Estimation of bending moment coefficients of two way RC slabs: Finite element approach
    Agrawal, U
  • Finite element lower bound “yield line” analysis of isotropic slabs using rotation-free elements
    Al-Sabah, AS; Falter, H
  • Rotation-free finite element ‘yield line’ analysis of non-isotropic slabs
    Al-Sabah, AS; Falter, H
  • Using yield line theory for interior panels of slabs
    Baskaran, K; Morley, CT
  • Numerical and analytical predictions of the limit load of rectangular two way slabs
    Famiyesin, OOR; Hossain, KMA; Chia, YH; Slade, PA
  • Collapse load analysis of yield-line elements
    Gohnert, M
  • Plastic yield-line analysis of torsion-free two-way and flat slabs
    Gurley, C
  • The strength of rectangular slabs
    Ingerslev, A
  • Brudlinieteorier (English translation: Yield-line theory
    Johansen, KW
  • Yield-line formulae for slabs
    Johansen, KW
  • Practical yield line design
    Kennedy, GC
  • Dip and strike angles method for yield line analysis of reinforced slabs
    Kwan, AKH
  • Structural and stress analysis, chapter 19
    Megson, THG
  • Reinforced concrete slabs
    Park, R; Gamble, WL
  • Analytical investigation and design charts for rectangular reinforced concrete stiffened-plates
    Singh, H
  • Prediction of collapse load of three-side-supported RC rectangular slabs: A simplified approach
    Singh, NK; Kumar, M