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Análise e dimensionamento de vigas de betão armado: Processo de cálculo automático para o projeto
| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| 6.96 MB | Adobe PDF |
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Advisor(s)
Abstract(s)
Este relatório resultou do estágio curricular colaborativo entre o Instituto Superior de
Engenharia do Porto e a empresa MULTIPROJECTUS. Tem como objetivo desenvolver um
processo de cálculo automático que analise e dimensione uma viga de betão armado. Para
atingir este objetivo, usaram-se metodologias de cálculo presentes em Eurocódigos, de forma
a realizar as verificações de segurança.
É explicado o processo de cálculo automático, desenvolvido na linguagem Python, em
ambiente Jupyter Notebook. Através de um modelo inicial no Autodesk Robot Structural
Analysis, é possível extrair aspetos geométricos e esforços da viga para o Microsoft Excel, com
auxílio do Visual Basic for Applications, e posteriormente incorporá-los na linguagem Python,
para análise e dimensionamento de uma viga e exportação de um relatório detalhado. O
relatório contém o procedimento de cálculo, que auxilia o projetista a verificar a viabilidade
de uma solução.
Por fim, a partir de um caso prático, é possível validar os valores resultantes deste processo
com cálculos testados previamente no Excel e com softwares como o XD-CoSec e o XDConServ.
Desta forma, confirma-se que o procedimento e a análise obtidos do relatório de
cálculo são de confiança.
This report is the result of a collaborative curricular internship between the Instituto Superior de Engenharia do Porto and the company MULTIPROJECTUS. Its objective is to develop an automatic calculation process that analyses and sizes a reinforced concrete beam. To achieve this goal, calculation methodologies from Eurocodes were used to carry out the safety checks. The automatic calculation process, developed in the Python language in the Jupyter Notebook environment, is explained. Using an initial model in Autodesk Robot Structural Analysis, it is possible to extract the geometric aspects and forces of the beam into Microsoft Excel, with the help of Visual Basic for Applications, and then incorporate them into the Python language to analyse and dimensioning a beam and export a detailed report. The report contains the calculation procedure, which helps the designer to check the feasibility of a solution. Finally, using a practical case, it is possible to validate the values resulting from this process with calculations previously tested in Excel and with software such as XD-CoSec and XDConServ. In this way, it is confirmed that the procedure and analysis obtained from the calculation report are reliable.
This report is the result of a collaborative curricular internship between the Instituto Superior de Engenharia do Porto and the company MULTIPROJECTUS. Its objective is to develop an automatic calculation process that analyses and sizes a reinforced concrete beam. To achieve this goal, calculation methodologies from Eurocodes were used to carry out the safety checks. The automatic calculation process, developed in the Python language in the Jupyter Notebook environment, is explained. Using an initial model in Autodesk Robot Structural Analysis, it is possible to extract the geometric aspects and forces of the beam into Microsoft Excel, with the help of Visual Basic for Applications, and then incorporate them into the Python language to analyse and dimensioning a beam and export a detailed report. The report contains the calculation procedure, which helps the designer to check the feasibility of a solution. Finally, using a practical case, it is possible to validate the values resulting from this process with calculations previously tested in Excel and with software such as XD-CoSec and XDConServ. In this way, it is confirmed that the procedure and analysis obtained from the calculation report are reliable.
Description
Keywords
Processo de cálculo automático Dimensionamento Viga Robot VBA Python Automatic calculation process Dimensioning Beam