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Análisis estático lineal y no lineal de estructuras

Juan Carlos Reyes Ortiz

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.

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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.

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What's inside

Syllabus

Introducción
Análisis estático lineal básico
Análisis estático lineal avanzado
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Traffic lights

Read about what's good
what should give you pause
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

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Create your own learning path. Save this course to your list so you can find it easily later.
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Reviews summary

Análisis estructural avanzado con python y opensees

Según los estudiantes, este curso ofrece una excelente profundización en el análisis estático lineal y no lineal de estructuras, superando los conceptos universitarios. Se valora enormemente su enfoque altamente práctico, especialmente por la integración intensiva de Python y OpenSees, herramientas fundamentales en la ingeniería actual. Muchos lo consideran esencial para ingenieros estructurales que buscan ir más allá del análisis básico. Aunque es desafiante y exige una base sólida en mecánica estructural, los tutoriales de software son muy útiles, y el proyecto integrador permite aplicar los conceptos de manera efectiva. Sin embargo, algunos señalan que el ritmo puede ser rápido y la retroalimentación en los foros podría mejorar.
Los recursos de apoyo son útiles y el proyecto es integrador.
"Me gustó mucho el proyecto integrador, me permitió aplicar todos los conceptos aprendidos de manera coherente."
"Los tutoriales sobre el uso de Python y Opensees son excelentes y me ayudaron mucho a familiarizarme con el software."
"Siento que ahora puedo abordar problemas estructurales complejos con más confianza gracias a los ejercicios y el proyecto final."
Destaca por el uso intensivo de Python y OpenSees.
"La forma en que integran Python y OpenSees es muy práctica y directamente aplicable a mi profesión."
"Los tutoriales de software son un salvavidas y hacen que el aprendizaje de estas herramientas sea accesible."
"La combinación de teoría avanzada y el manejo de herramientas computacionales como Python y OpenSees es única y muy valiosa."
Un curso que amplía significativamente el conocimiento universitario.
"Realmente amplía lo que aprendí en la universidad, las explicaciones sobre no linealidades son claras y profundas."
"El contenido es muy relevante para la ingeniería estructural moderna y me ha sido increíblemente útil para mi trabajo."
"Este curso es esencial para cualquier ingeniero estructural que quiera ir más allá del análisis lineal. La profundidad del material es excelente."
Existe espacio para mejorar la interacción en foros y retroalimentación.
"Aunque es un buen curso, esperaba más ejemplos prácticos en situaciones reales y una mayor interacción en los foros."
"La retroalimentación en algunos ejercicios era limitada; me hubiera gustado ver más soluciones detalladas o discusiones sobre errores comunes."
"Los foros de discusión podrían ser más activos para facilitar la resolución de dudas entre estudiantes."
Es un curso desafiante que requiere una base sólida.
"El curso es bastante exigente y definitivamente necesitas una base sólida en análisis estructural antes de tomarlo."
"A veces sentí que el ritmo era un poco demasiado rápido, especialmente con OpenSees si no tenías experiencia previa en la herramienta."
"Encontré que los ejercicios son desafiantes, lo cual es bueno, pero si no estás preparado, puede ser abrumador."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Análisis estático lineal y no lineal de estructuras with these activities:
學習用 Python 和 OpenSees 進行結構分析
Python 和 OpenSees 是功能強大的工具，可讓您分析複雜的結構。學習使用這些工具將有助於您將理論知識應用於實際問題。
Show steps
  • 觀看有關 Python 和 OpenSees 基礎知識的網上教學課程。
  • 按照教程分步練習分析簡單的結構問題。
與同學組成小組討論並解決結構分析問題
與同學合作討論和解決問題可以幫助您更深入地理解概念，並從不同的觀點學習。
Show steps
  • 與同學組成學習小組。
  • 選擇一個結構分析問題來討論和解決。
  • 每個人都要準備自己對問題的解法，並在小組中分享。
  • 討論不同的解法，並找出最適方法。
練習求解線形和非線性結構分析問題
練習求解各種線形和非線性結構分析問題將有助於您加深對這些概念的理解，並提高您的問題解決能力。
Show steps
  • 從教科書或網上資源中收集各種結構分析問題。
  • 嘗試獨立解決問題，使用 Python 和 OpenSees 進行驗證。
Two other activities
Expand to see all activities and additional details
Show all five activities
開發一個 Python 程式來分析特定類型的結構
開發一個程式來分析特定類型的結構，例如框架或桁架，可以讓您應用您在課程中學到的知識，並建立有價值的技能。
Show steps
  • 選擇一個特定類型的結構來分析，例如框架或桁架。
  • 設計一個 Python 程式來分析所選結構。
  • 實作程式，包括必要的輸入和輸出功能。
  • 測試程式並驗證其準確性。
參與結構分析相關的開源專案
參與開源專案可以讓您接觸到現實世界的結構分析問題，並為您提供貢獻結構工程社群的機會。
Show steps
  • 尋找與結構分析相關的開源專案。
  • 閱讀專案文件並了解其目標。
  • 識別您可以貢獻的領域，例如報告錯誤或開發新功能。
  • 聯絡專案維護者並討論您的貢獻計畫。

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:
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.
See salaries and explore the career path for Structural Engineer
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.
See salaries and explore the career path for Civil Engineer
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.
See salaries and explore the career path for Geotechnical Engineer
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.
See salaries and explore the career path for Construction Manager
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.
See salaries and explore the career path for Architect
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.
See salaries and explore the career path for Mechanical Engineer
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.
See salaries and explore the career path for Aerospace Engineer
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.
See salaries and explore the career path for Materials Scientist
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.
See salaries and explore the career path for Petroleum Engineer
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.
See salaries and explore the career path for Nuclear Engineer
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.
See salaries and explore the career path for Mining Engineer
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.
See salaries and explore the career path for Robotics Engineer
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.
See salaries and explore the career path for Biomedical Engineer
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.
See salaries and explore the career path for Chemical Engineer
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.
See salaries and explore the career path for Electrical Engineer

Reading list

We've selected four books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Análisis estático lineal y no lineal de estructuras.
Cover image
The Finite Element Method: Its Basis and...
Save
Este libro proporciona una introducción integral al método de elementos finitos, que se utiliza en el curso para el análisis de estructuras no lineales. Cubre tanto los fundamentos teóricos como las aplicaciones prácticas del método.
(English) The Finite Element Method: Its Basis and...
Paperback
$$$$
Cover image
Structural Analysis, Si Edition
Save
Este libro proporciona una introducción integral al análisis estructural, cubriendo tanto los métodos lineales como no lineales. Ofrece una perspectiva unificada que conecta diferentes enfoques analíticos.
(English) Structural Analysis, SI Edition (MindTap Course...
Paperback
$$$
(English) Matrix Analysis of Structures, SI Edition
Paperback
$$$
Structural Analysis, SI Edition by Aslam Kassimali...
Mass Market Paperback
$$$
(English) Structural Analysis, SI Edition
Paperback
$$$$
(English) Bundle: Structural Analysis, SI Edition, 6th +...
Product Bundle
$$$$
(English) Bundle: Structural Analysis, SI Edition, 6th +...
Product Bundle
$$$$
Cover image
Soil Behaviour and Critical State Soil Mechanics
Save
Este libro proporciona una introducción al análisis límite y a la plasticidad del suelo, que son temas relevantes para el análisis de estructuras no lineales. Ofrece una base sólida en los fundamentos teóricos y las aplicaciones prácticas.
(English) Soil Behaviour and Critical State Soil Mechanics
Paperback
$$$
(English) Soil Behaviour and Critical State Soil Mechanics
Kindle Edition
$$$
Cover image
Matrix Analysis of Structures
Save
Este libro proporciona una introducción avanzada al análisis estructural, cubriendo temas como el análisis no lineal, el análisis dinámico y los métodos de elementos finitos.
(English) Matrix Analysis of Structures
Hardcover
$$$
(English) Matrix Analysis of Structures
Hardcover
$$$
(English) Matrix Analysis of Structures
Hardcover
$$$$
(English) Matrix Analysis of Structures
Kindle Edition
$$$

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Course image
Effort
20 horas promedio por módulo, 105 horas en total
Level
Advanced
Via
Coursera
Institution
Universidad de los Andes
Instructor
Juan Carlos Reyes Ortiz
Language
Español
Traffic lights
Read about what's good
what should give you pause
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
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