Estudia

• CB02 Aplicar els coneixements adquirits i resoldre problemes en entorns nous o no familiars i en contextos més amplis i multidisciplinaris relatius al seu camp d'estudi
• CT02 Recollir i seleccionar informació de manera eficaç
• CE08 Utilitzar de forma avançada tècniques numèriques i aplicar-les a la investigació

1. Load determination and implementation in FEM

2. Analysis of static failure with finite elements

3. Analysis of fatigue failure with finite elements

4. Redesign of structural elements

5. Study cases of machine elements.

• Avilés, Rafael (cop. 2005 ). Análisis de fatiga en máquinas . Madrid: International Thomson Paraninfo. Catàleg
• Budynas, Richard G (cop. 2011 ). Shigleys's mechanical engineering design (9th ed.). New York: McGraw Hill. Catàleg
• Dimarogonas, Andrew D (cop. 2001 ). Machine design : a CAD Approach . New York [etc.]: John Wiley & sons. Catàleg
• Draper, John (cop. 2008 ). Modern metal fatigue analysis . Warrington: EMAS Publishing. Catàleg
• Lawrence, Kent L (cop. 2012 ). ANSYS Workbench tutorial : structural & thermal analysis using the ANSYS Workbench release 14 environment . Mission: Schroff Development Corporation. Catàleg
• Lee, Huei-Huang (cop. 2012 ). Finite Element Simulations with ANSYS Workbench 14 . Mission: Schroff Development Corporation. Catàleg
• Lee, Yung-Li (cop. 2005 ). Fatigue testing and analysis. Amsterdam [etc.]: Elsevier Butterworth-Heinemann. Recuperat 22-06-2016, a http://www.sciencedirect.com/science/book/9780750677196 Catàleg

Activitats d'avaluació:

The course will be graded with two individual case study reports proposed by the teacher. These cases will include, as much as possible, the main procedures and concepts discussed in the course. The cases that will be evaluated will be presented at the beginning of the course with the associated deadlines.

The student is asked to write a report including the set up of his/her strategy to solve the problem, the results of the simulation and an assessment of the results bearing in mind the hand calculations that can be done with tables, standards or formulae found in Machine Design textbooks.

Criteris específics de la nota «No Presentat»:
Those students that fail to deliver any of the two reports will be graded as "No presentat" (NP), which is understood as having abandoned the course.

Avaluació única:
In case that the student prefers to deliver both reports at the end of the course, he/she must make this clear to the teacher before the deadline to deliver the first report. Then, he/she will get a grade including both reports.

Requisits mínims per aprovar:
A grade of 5 over 10 is required to pass the course. This grade will be the result of a weighting of the grades of the two reports.

The two reports must be delivered on due time and sufficiently developed so that the ability of the student can be assessed.

In case that any of the reports is not delivered, this will imply failing the course.

A minimum grade of 3 in both reports is required to pass the course. If the student gets a grade below 3 in any of the two reports, he/she will be offered the opportunity to redo the report (resit) to improve his/her grade.

There will be specified weekly time frames for on-line tutorships (via GoogleMeet or any other platform approved by UdG). Electronic mail can be also used to solve questions or doubts and set tutorship appointments out of the specified time frames.

Communication with students will be via e-mail and the News forum of the course’s Moodle. Individual on-line meetings will be possible for a personalised monitoring.

The tools to interact with the students are the ones selected by the UdG:
- Classroom direct interaction with the teacher.
- Moodle as the main document, grading and communication support of the course.
- Google Meet or Blackboard Collaborate for teaching and tutorial sessions.
- email and "Comparteix" for written interaction and document sharing.

The student should have a basic knowledge of the principles of mechanics, stress and strain calculation and machine elements.

It is expected that the student will be following (or had followed in a previous academic year) these courses of the MMMS:
- The finite element method in structural mechanics
- Pre and post-process tools for structural finite element analyses
- Solid mechanics

Class sessions will be according to the specified timetable and it will be possible to follow them both on-site and on-line (streaming). Those students able to attend classes on-site are encouraged to do so.

During the teaching sessions, the student will be encouraged to solve several exercises. These exercises won't be used for grading, although the student can submit his/her results through Moodle just as a way to keep pace with the course.

• Eines de pre i post-proces per anàlisis estructurals per elements finits
• El mètode dels elements finits en la mecànica d'estructures
• Mecànica de sòlids