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via Udemy |
Go to Course: https://www.udemy.com/course/dimensionamento-de-reservatorios-e-piscinas-em-concreto/
Certainly! Here's a detailed review, analysis, and recommendation for the Coursera course based on the provided information: --- **Course Review: Structural Design of Concrete Reservoirs and Pools on Coursera** If you are a civil or structural engineer interested in the design and analysis of concrete reservoirs and pools, this Coursera course offers a comprehensive and practical approach to the subject. The course specifically targets the structural dimensioning of rectangular (parallelepiped-shaped) reservoirs and pools, covering a variety of configurations such as elevated, supported, semi-buried, and fully buried types. **Course Content and Structure** The course begins with fundamental concepts, guiding students through the manual calculation process using the simplified method based on Montoya's tables. This foundational step ensures that learners grasp the core principles behind the dimensioning process. The instructor then introduces custom-developed spreadsheets, which automate the calculations, providing a practical tool for quick and accurate design work. These spreadsheets are included as course resources, facilitating hands-on learning. A comparative analysis between manual calculations, automated spreadsheets, and software results (specifically Eberick) adds an extra layer of understanding, although the course does not include instruction on using the software itself. This approach emphasizes validation and reinforces the importance of verifying calculations across different methods. **Detailed Topics Covered** The course thoroughly explores common design aspects applicable to all reservoir types, such as: - Determining loads, efforts, and initial dimensions - Boundary conditions and edge supports - Moment and shear force checks - Compatibility of bending moments - Reinforcement detailing - Deformation and deflection checks - Crack width verifications - Reinforcement layout planning - Detailed reservoir construction Special considerations for specific reservoir types include: - Beam-wall interaction in elevated reservoirs - Settlement effects in supported reservoirs - Horizontal soil stresses in buried or semi-buried reservoirs Additionally, the course offers brief insights into designing supports like pillars, beams, and foundations for elevated reservoirs, providing a broader understanding of structural integral to reservoir stability. **Benefits and Extras** Enrolled students receive useful automated spreadsheets designed by the instructor for five reservoir types, streamlining the design process. These tools are invaluable for professionals who regularly work on similar projects, saving time and reducing manual errors. **Final Assessment** While the course does not cover software training or installation, it provides a solid theoretical and practical foundation in reservoir and pool structural design. The comparison with Eberick results is a valuable exercise, fostering a deeper understanding and confidence in manual and automated calculations. --- **Recommendation** This course is highly recommended for structural engineers, civil engineering students, or professionals involved in designing concrete water containment structures. Its emphasis on practical calculation methods, coupled with automated tools and validation practices, makes it highly applicable to real-world projects. If you seek to strengthen your understanding of reservoir design principles, improve your calculation efficiency, and learn best practices through established methods, this course is an excellent investment. --- Feel free to ask for a tailored version or additional insights!
Este curso trata do dimensionamento estrutural de reservatórios e piscinas em concreto armado nos formatos paralelepipédicos (de projeção retangular ou quadrada em planta) contendo uma célula (um compartimento).Neste curso será abordado o dimensionamento dos seguintes modelos de reservatórios:- Elevados;- Apoiados;- Semienterrados;- Enterrados (piscinas);A programação do curso contará com os cálculos manuais completos dos reservatórios através do método simplificado a partir das tabelas de Montoya. Em seguida serão validados os resultados dos cálculos manuais através das planilhas automáticas, produzidas pelo autor, para utilização no curso e que serão fornecidas ao aluno. Ao final, serão comparados os resultados das planilhas com os do software Eberick. Esta última etapa é apenas comparativa, não haverá tutorial de lançamento dos reservatórios no software e a sua instalação não será um pré-requisito para realização do curso.A ementa principal contará com as seguintes etapas de cálculo comuns a todos os tipo de reservatórios:• Determinação dos carregamentos, esforços e dimensões iniciais;• Definição das vinculações das arestas;• Verificação aos momentos e cisalhamento máximos;• Compatibilização dos momentos fletores;• Determinação das armaduras dos elementos;• Verificação das deformações / flechas dos elementos;• Verificação da abertura máxima de fissuras dos elementos;• Determinação dos arranjos das armaduras das arestas;• Detalhamento do reservatório.Além disso serão verificadas as principais particularidades de cada tipo de reservatório, tais como:• Verificação como viga-parede dos reservatórios elevados;• Recalques nos reservatórios com fundo apoiado no solo;• Tensões horizontais do solo nas paredes em reservatórios enterrados ou semienterrados;Como conteúdo extra, serão feitas abordagens sucintas para o dimensionamento dos pilares, vigas e sapatas do reservatório elevado.Bônus ao aluno: Planilhas automáticas, produzidas pelo autor, para dimensionamento de cinco modelos de reservatórios: elevados, apoiados, semienterrados, enterrados sem tampa (piscinas) e enterrados com tampa + planilha automática para dimensionamento das sapatas do reservatório elevado.