FINITE ELEMENT ANALYSIS OF REINFORCED CONCRETE BEAMS THROUGH ANSYS SOFTWARE
With the importance and need to advance knowledge in the project using reinforced concrete, the optimization of materials and clarification of the variables present within the project are sought. This work brings a three-dimensional computational model, through the finite element method, using the ANSYS software, version 18.0, for the study of reinforced concrete beams. As validations, the ET series beams tested by Leonhardt and Walther (1962) were used, and the numerical results were compared with the experimental values. From the analysis of the breaking stresses of the concrete, the steel bars and the stirrups, it was concluded that the results were satisfactory, showing that the proposed model brings great approximation to the projects of reinforced concrete beams.
FINITE ELEMENT ANALYSIS OF REINFORCED CONCRETE BEAMS THROUGH ANSYS SOFTWARE
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DOI: 10.22533/at.ed.3172102220061
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Palavras-chave: Reinforced concrete beams. Finite element analysis. ANSYS.
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Keywords: Reinforced concrete beams. Finite element analysis. ANSYS.
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Abstract:
With the importance and need to advance knowledge in the project using reinforced concrete, the optimization of materials and clarification of the variables present within the project are sought. This work brings a three-dimensional computational model, through the finite element method, using the ANSYS software, version 18.0, for the study of reinforced concrete beams. As validations, the ET series beams tested by Leonhardt and Walther (1962) were used, and the numerical results were compared with the experimental values. From the analysis of the breaking stresses of the concrete, the steel bars and the stirrups, it was concluded that the results were satisfactory, showing that the proposed model brings great approximation to the projects of reinforced concrete beams.
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Número de páginas: 44
- Bruna Manica Lazzari
- HENRIQUE CARDOSO KOCH
