Análisis estático lineal y no lineal de estructuras from Coursera

Este curso busca reforzar y ampliar los conceptos básicos del análisis lineal estático presentados en cursos de pregrado en ingeniería civil, y estudiar métodos no lineales estáticos para el análisis de estructuras más complejas.

Al final del curso, el estudiante estará en capacidad de, primero, analizar estructuras complejas que presenten comportamiento lineal o no lineal cuando son sometidas a cargas estáticas. Segundo, desarrollar programas en Python para conducir los análisis de estructuras sencillas. Tercero, manejar a nivel básico la plataforma Opensees e interpretar correctamente los resultados e implicaciones de los análisis realizados.

El curso está compuesto de cinco módulos. En los dos primeros se abordarán análisis lineales, y en los siguientes análisis incluyendo no linealidades geométricas y del material. Este curso exige la utilización intensiva de los programas de computador Python y Opensees. Se tendrán disponibles tutoriales sobre el uso de estos programas. La evaluación del curso se hará mediante la solución de problemas cerrados y un proyecto integrador de todos los conceptos.

What's inside

Syllabus

Introducción

Análisis estático lineal básico

Análisis estático lineal avanzado

Nolinealidad geométrica

Nolinealidad del material

Análisis estático nolineal

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Diseña un curso para estudiantes de ingeniería civil, quienes son los más adecuados para este material

Apoya los conceptos básicos aprendidos en cursos de pregrado en ingeniería civil

Brinda la oportunidad de desarrollar programas en Python para el análisis de estructuras simples

Enseña cómo utilizar la plataforma Opensees para analizar estructuras

Requiere el uso intensivo de Python y Opensees, herramientas relevantes en el campo

Los instructores son Juan Carlos Reyes Ortiz, pero no se menciona su trayectoria profesional para evaluar su experiencia

Career center

Learners who complete Análisis estático lineal y no lineal de estructuras will develop knowledge and skills that may be useful to these careers:

Civil Engineer

Civil Engineers design and oversee the construction of infrastructure projects, such as roads, bridges, buildings, and water supply systems. As a core part of their work, Civil Engineers must understand the principles of statics and mechanics in order to calculate loads and forces on structures. This course in Análisis estático lineal y no lineal de estructuras will be especially helpful for Civil Engineers because it provides a in-depth review of the principles of statics and mechanics that are required for the analysis and design of structures.

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Structural Engineer

Structural Engineers analyze and design the structural components of buildings, bridges, and other structures to ensure that they are safe and stable. As a core part of their work, Structural Engineers must understand the principles of statics and mechanics in order to calculate loads and forces on structures. This course in Análisis estático lineal y no lineal de estructuras will be especially helpful for Structural Engineers because it provides a in-depth review of the principles of statics and mechanics that are required for the analysis and design of structures. The course also provides hands-on experience with the use of software for structural analysis.

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Architect

Architects design and oversee the construction of buildings and other structures. As a core part of their work, Architects must understand the principles of statics and mechanics in order to ensure that structures are safe and stable. This course in Análisis estático lineal y no lineal de estructuras will be especially helpful for Architects because it provides a in-depth review of the principles of statics and mechanics that are required for the analysis and design of structures. Additionally, the course also covers the basics of construction, which is an essential topic for Architects.

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Geotechnical Engineer

Geotechnical Engineers analyze the properties of the soil and rock at a construction site to determine their suitability for supporting structures such as buildings, bridges, and roads. As a core part of their work, Geotechnical Engineers must understand the principles of statics and mechanics in order to calculate loads and forces on structures. This course in Análisis estático lineal y no lineal de estructuras will be especially helpful for Geotechnical Engineers because it provides a in-depth review of the principles of statics and mechanics that are required for the analysis and design of structures. Additionally, the course also covers the basics of soil mechanics, which is an essential topic for Geotechnical Engineers.

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Construction Manager

Construction Managers oversee the planning, coordination, and execution of construction projects. As a core part of their work, Construction Managers must understand the principles of statics and mechanics in order to ensure that structures are safe and stable. This course in Análisis estático lineal y no lineal de estructuras will be especially helpful for Construction Managers because it provides a in-depth review of the principles of statics and mechanics that are required for the analysis and design of structures. Additionally, the course also covers the basics of construction management, which is an essential topic for Construction Managers.

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Nuclear Engineer

Nuclear Engineers design and build nuclear power plants. As a core part of their work, Nuclear Engineers must understand the principles of statics and mechanics. This course in Análisis estático lineal y no lineal de estructuras may be useful for Nuclear Engineers because it provides a deep review of the principles of mechanics that are required for the analysis and design of nuclear power plants.

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Mechanical Engineer

Mechanical Engineers design and build machines and other mechanical systems. As a core part of their work, Mechanical Engineers must understand the principles of statics and mechanics. This course in Análisis estático lineal y no lineal de estructuras may be useful for Mechanical Engineers because it provides a deep review of the principles of mechanics that are required for the analysis and design of mechanical systems.

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Electrical Engineer

Electrical Engineers design and build electrical systems. As a core part of their work, Electrical Engineers must understand the principles of statics and mechanics. This course in Análisis estático lineal y no lineal de estructuras may be useful for Electrical Engineers because it provides a deep review of the principles of mechanics that are required for the analysis and design of electrical systems.

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Robotics Engineer

Robotics Engineers design and build robots. As a core part of their work, Robotics Engineers must understand the principles of statics and mechanics. This course in Análisis estático lineal y no lineal de estructuras may be useful for Robotics Engineers because it provides a deep review of the principles of mechanics that are required for the analysis and design of robots.

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Mining Engineer

Mining Engineers design and build mines. As a core part of their work, Mining Engineers must understand the principles of statics and mechanics. This course in Análisis estático lineal y no lineal de estructuras may be useful for Mining Engineers because it provides a deep review of the principles of mechanics that are required for the analysis and design of mines.

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Aerospace Engineer

Aerospace Engineers design and build aircraft, satellites, and other aerospace vehicles. As a core part of their work, Aerospace Engineers must understand the principles of statics and mechanics. This course in Análisis estático lineal y no lineal de estructuras may be useful for Aerospace Engineers because it provides a deep review of the principles of mechanics that are required for the analysis and design of aerospace vehicles.

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Materials Scientist

Materials Scientists research and develop new materials for use in a variety of applications. As a core part of their work, Materials Scientists must understand the principles of statics and mechanics. This course in Análisis estático lineal y no lineal de estructuras may be useful for Materials Scientists because it provides a deep review of the principles of mechanics that are required for the analysis and design of materials.

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Chemical Engineer

Chemical Engineers design and build chemical plants and other chemical processing facilities. As a core part of their work, Chemical Engineers must understand the principles of statics and mechanics. This course in Análisis estático lineal y no lineal de estructuras may be useful for Chemical Engineers because it provides a deep review of the principles of mechanics that are required for the analysis and design of chemical plants and other chemical processing facilities.

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Petroleum Engineer

Petroleum Engineers design and build oil and gas wells. As a core part of their work, Petroleum Engineers must understand the principles of statics and mechanics. This course in Análisis estático lineal y no lineal de estructuras may be useful for Petroleum Engineers because it provides a deep review of the principles of mechanics that are required for the analysis and design of oil and gas wells.

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Biomedical Engineer

Biomedical Engineers design and build medical devices and equipment. As a core part of their work, Biomedical Engineers must understand the principles of statics and mechanics. This course in Análisis estático lineal y no lineal de estructuras may be useful for Biomedical Engineers because it provides a deep review of the principles of mechanics that are required for the analysis and design of medical devices and equipment.

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Análisis estático lineal y no lineal de estructuras

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