Course - Finite Element Analysis - MEPA2314
Finite Element Analysis
Choose study yearNew from the academic year 2024/2025
About
About the course
Course content
The course gives a practical approach to Finite Element Analysis as a tool to design, verify and optimize products. The course consists of lectures, assignments and cases from the industry. Covering frames, plates, mechanical componnents and mechanisms.
Several study programs are aligible for signing up to the course. With specialized assignments and project work for each study program.
- Problem formulation and modelling techniques used in Finite Element Analysis
- Element types: Beam, shell and solid elements.
- Materials and material modesl: Linear, linearelastic and plastic material models for isotropic and orthotopic materials.
- Boundary conditions and loads
- Parametric modelling and optimisation
- Contact and joints
- Symmetry and sub-modelling techniques
- Verification, evaluation, reports and presentation of results
Learning outcome
Knowledge:
- The candicate have general knowledge in design and verification with with Finite Element Analysis
- The candidate have general knowledge in Finite Element Theory
- The candidate have general knowledge in capabilities, use and limtitations of Finite Element Analysis.
Skills:
- The candidate can use relevante computer sofware for modelling and problem formulation.
- The candidate can use relevant computer sofware for desing verification and optimisation.
- The candidate can use relevant omputer software documentation, reporots and presentation of results.
- The candidate can verify and evaluate results.
General Competence:
- The candidate can carry out design, verification and optimisation of components and systems by using computer software.
- The candidate have knowledge of benefits and limitations with computer aided design tools.
Learning methods and activities
Lectures, exercises and project work.
Compulsory assignments
- Exercises
Further on evaluation
Folder assessment. The portfolio (60%)contains a set of mandatory exercises. There will also be a oral exam (40 %).
New and postponed exam: following semester.
Specific conditions
Recommended previous knowledge
Strength Analysis
Material technology and production
Basic 3D-Modelling knowledge
Course materials
Audun Fiskvatn: Elementmetoden, Tapir 1984. ISBN 82-519-0601-6
Bryan J. MacDonald: Practical Stress Analysis with Finite Elements, Glasnevin 2011.
ISBN 9780955578168
Software documentation and help for software used in the course
Web-based course portal with documentation, assinments and tutorials.
Subject areas
- Structural Informatics