An Analytical Bending Solution for Analysis and Design of Long Beams Constructed on the Expansive Soil

An analytical bending solution for the analysis of a long beam on an elastic foundation made of an expansive soil is presented in this paper. The soil is assumed to be homogenous with a constant subgrade reaction. After this soil gets access to water in a certain region within the length of the beam...

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Published in:Arabian journal for science and engineering (2011) 2018-10, Vol.43 (10), p.5203-5214
Main Author: Musa, Abubakr E. S.
Format: Article
Language:English
Subjects:
Elastic foundations
Engineering
Expansion
Expansive soils
Finite element method
Humanities and Social Sciences
Load bearing elements
Masonry construction
multidisciplinary
Research Article - Civil Engineering
Science
Soil analysis
Soil swelling
Soil water
Subgrade reaction
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description An analytical bending solution for the analysis of a long beam on an elastic foundation made of an expansive soil is presented in this paper. The soil is assumed to be homogenous with a constant subgrade reaction. After this soil gets access to water in a certain region within the length of the beam, the soil swells. The soil swelling has been subsumed under an upward swell load as a result of the swell pressure times the width of the beam. The swell pressure can be determined experimentally for a given type of soil. A typical application of the proposed method is the foundation of a long masonry load-bearing wall constructed on expansive soil. The accuracy of the proposed solution has been verified through a numerical example, and the results are found to be in excellent agreement with the finite element method. The application of the proposed method in the design step has also been explained through two numerical examples.
doi_str_mv 10.1007/s13369-017-3041-x
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subjects Elastic foundations
Engineering
Expansion
Expansive soils
Finite element method
Humanities and Social Sciences
Load bearing elements
Masonry construction
multidisciplinary
Research Article - Civil Engineering
Science
Soil analysis
Soil swelling
Soil water
Subgrade reaction
title An Analytical Bending Solution for Analysis and Design of Long Beams Constructed on the Expansive Soil
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