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Advisor(s)
Abstract(s)
O presente relatório tem como objetivo principal apresentar dois dos projetos desenvolvidos no estágio curricular realizado na empresa Eleven Steps – Consultores de Engenharia Lda., que teve uma duração de seis meses, durante os quais a estudante integrou a equipa de projeto e desenvolveu projetos de estabilidade de estruturas metálicas e de betão armado. O trabalho que aqui se apresenta refere-se ao projeto de estabilidade de uma estrutura metálica, com cerca de 22m de altura, e de um pavimento térreo industrial de uma refinaria de açúcar. Ambos foram modelados através do software Autodesk Robot Structural Analysis Professional 2021. No presente relatório é apresentada toda a fundamentação teórica que serviu como base na definição das soluções estruturais dimensionadas. Realizou-se uma comparação entre o RSA e os Eurocódigos no dimensionamento das ações do vento e do sismo de modo a verificar qual destas normas é a mais condicionante no dimensionamento das soluções estruturais. Foi possível acompanhar todas as fases destes projetos de execução, desde a sua implantação até à definição da solução estrutural final e realização de peças desenhadas, utilizando os regulamentos nacionais e europeus, incluindo o RSA e os Eurocódigos. As peças desenhadas dos projetos de estabilidade realizados encontram-se na secção Anexos deste documento.
The main objective of this report is to present two of the projects developed in the curricular internship carried out at the company Eleven Steps – Consultores de Engenharia Lda., which lasted six months, during which the student joined the project team and developed stability projects. of metallic and reinforced concrete structures. The work presented here refers to the stability project of a metal structure, about 22m high and of an industrial ground floor of a sugar refinery. Both were modeled using Autodesk Robot Structural Analysis Professional 2021 software. This report presents all the theoretical foundations that served as a basis for defining the dimensioned structural solutions. A comparison was made between the RSA and the Eurocodes in the design of wind and earthquake actions to verify which of these standards is the most conditioning in the design of structural solutions. It was possible to follow all the phases of these execution projects, from their implementation to the definition of the final structural solution and the realization of designed parts, using national and European regulations, including RSA and Eurocodes. Drawings of the stability projects carried out can be found in the Attachments section of this document.
The main objective of this report is to present two of the projects developed in the curricular internship carried out at the company Eleven Steps – Consultores de Engenharia Lda., which lasted six months, during which the student joined the project team and developed stability projects. of metallic and reinforced concrete structures. The work presented here refers to the stability project of a metal structure, about 22m high and of an industrial ground floor of a sugar refinery. Both were modeled using Autodesk Robot Structural Analysis Professional 2021 software. This report presents all the theoretical foundations that served as a basis for defining the dimensioned structural solutions. A comparison was made between the RSA and the Eurocodes in the design of wind and earthquake actions to verify which of these standards is the most conditioning in the design of structural solutions. It was possible to follow all the phases of these execution projects, from their implementation to the definition of the final structural solution and the realization of designed parts, using national and European regulations, including RSA and Eurocodes. Drawings of the stability projects carried out can be found in the Attachments section of this document.
Description
Keywords
Projeto Estrutura metálica Pavimento térreo industrial Robot RSA Eurocódigos Project Metallic structure Industrial ground floor Eurocodes