Learning outcome, core skills
After successfully completing the module the students:
- can identify the elements of the numeric models for membranes and shells and explain their mathematic-physical background
- are able to describe the presented numerical discretization methods
- can transfer the formulations used for membranes and shells to other constitutive laws and implement them into an existing software application
- are able to estimate the accuracy of those applications
Content
The module includes the following topics:
- Kinetics of membranes under large deformations
- Constitutive laws for membranes
- Membrane equilibrium for the strong form and the weak form
- Summarization of the isogeometric finite element methods
- Numerical discretization methods for membranes
- Shell theory
- Rotation-free discretization methods for Kirchhoff-Love Shells
- Implementation of the presented discretization methods
- Kursleiter/in: Markus Nösges
- Kursleiter/in: Roger Sauer
- Kursleiter/in: Lennart Stöttelder
Semester: Term-independent