Competencies and objectives

 

Course context for academic year 2024-25

La asignatura de Cálculo Avanzado de Estructuras (33551) se encuentra en el último semestre del grado, y pretende ampliar los conocimientos impartidos en las asignaturas previas de cálculo de estructuras, aportando conocimientos sobre dinámica estructural, ingeniería sísmica y teoría de placas. Se recomienda tener conocimientos de resistencia de materiales (33510), análisis matricial de estructuras (33515) y dimensionamiento de elementos de hormigón armado (33521).
Los conocimientos adquiridos en esta asignatura resultan básicos para abordar cualquier TFG que incluya un cálculo estructural, y especialmente si se encuentra situado en zona sísmica.
En la línea de otras asignaturas previas de estructuras, se fomenta el uso de programas informáticos de cálculo, utilizándolos de apoyo para la explicación de los diferentes conceptos de dinámica estructural, y contrastando los resultados obtenidos por diferentes medios.
Los conceptos básicos sobre el comportamiento dinámico de estructuras bajo diferentes excitaciones se trabajan también en las sesiones prácticas de laboratorio. Se introducirá el uso de métodos de análisis dinámico para la monitorización y caracterización de estructuras. En la parte de ingeniería sísmica, a partir de ejemplos de estructuras reales, se explican los criterios de diseño y métodos de cálculo recomendados en las principales normativas de construcción sismorresistente.
Por último, se introduce al alumno en la teoría clásica de placas, y en el cálculo de esfuerzos en distintas condiciones de contorno, así como en la aplicación de los desarrollos en serie de Fourier al cálculo de placas.

RELACIÓN CON LOS OBJETIVOS DE DESARROLLO SOTENIBLE (ODS):

DIGITALIZACIÓN:

  • Empleo de hojas de cálculo para resolver problemas de ingeniería de estructuras.
  • Uso de software profesional BIM para calcular estructuras a sismo (SAP2000, CYPE, Robot).

 

 

 

Course content (verified by ANECA in official undergraduate and Master’s degrees) for academic year 2024-25

Specific Competences (Civil Branch)

  • CE3 : Capacity to apply knowledge of building materials in structural systems. Understand the relationship between the structure of the materials and the mechanical properties derived from the same.
  • CE4 : Capacity to analyse and understand how the characteristics of structures affect their behaviour. Capacity to apply knowledge of the resistant working of structures to size them.
  • CE5 : Understand geotechnics and soil and rock mechanics and their application to carrying out studies, projects, constructions and exploitations where it is necessary to carry out earth movements, foundations and containment structures.
  • CE6 : Understand the behaviour of reinforced concrete, pre-stressed concrete and metal structures, and capacity to conceive, design, build and maintain these kinds of structures.

 

Specific Competences (Specific Technology):>>Civil Construction

  • CEC1 : Understand the typology and bases for the calculation of pre-fabricated elements and their application to fabrication processes.
  • CEC4 : Capacity to build and preserve roads, as well as the sizing, planning and building of the elements that make up highway equipment. Capacity to plan, build and preserve road transport infrastructures.
  • CEC5 : Capacity to build and preserve railway lines, understanding how to apply the specific technical regulations, differentiating the characteristics of mobile material. Capacity to plan, build and preserve rail transport infrastructures.
  • CEC6 : Capacity to use building procedures, building machinery and works planning techniques.
  • CEC7 : Capacity to plan, build and conserve geotechnical works.

 

Specific Competences (Specific Technology):>>Hydrology

  • CEH1 : Knowledge and ability to plan and size hydraulic works and installations, for industrial water production, energy systems, hydroelectric plants and management of surface and underground water resources.

 

Specific Competences (Specific Technology):>>Transit and Urban Services

  • CET1 : Capacity to build and preserve roads, as well as the sizing, planning and building of the elements that make up highway equipment. Capacity to plan, build and preserve road transport infrastructures.
  • CET2 : Capacity to build and preserve railway lines, understanding how to apply the specific technical regulations, differentiating the characteristics of mobile material. Capacity to plan, build and preserve rail transport infrastructures.
  • CET5 : Understand the design and working of modal interchange infrastructures, such as ports, airports, railway and bus stations and transport logistics centre. Knowledge of transport engineering, planning and management.

 

 

 

Learning outcomes (Training objectives)

No data

 

 

Specific objectives stated by the academic staff for academic year 2024-25

No data

 

 

General

Code: 33551
Lecturer responsible:
Baeza De Los Santos, Francisco Javier
Credits ECTS: 6,00
Theoretical credits: 1,20
Practical credits: 1,20
Distance-base hours: 3,60

Departments involved

  • Dept: ARCHITECTURAL CONSTRUCTIONS
    Area: ARCHITECTURAL CONSTRUCTIONS
    Theoretical credits: 0
    Practical credits: 0
  • Dept: CIVIL ENGINEERING
    Area: MECANICA DELS MEDIS CONTINUS I T. D'ESTRUCTURES
    Theoretical credits: 1,2
    Practical credits: 1,2
    This Dept. is responsible for the course.
    This Dept. is responsible for the final mark record.

Study programmes where this course is taught