Computational Material Modeling 2

What it is about

You will learn models, methods and algorithms for describing plasticity, damage and fracture mechanics. In the end you will be able to qualitatively understand these concepts as well as apply them to problem-related contexts and evaluate simple numerical implementations and algorithms.

What you will be able to do

• name important models of plasticity, damage and failure
• understand fundamental assumptions and simplifications of the models
• apply models of small-strain and finite-strain plasticity
• select and apply suitable models for LEFM and EPFM
• apply simplified approaches to plasticity (Limit Analysis)
• evaluate algorithms such as the return-mapping algorithm
• assess implementations in software
• develop flowcharts and pseudo-code for plasticity algorithms

What the module consists of

• LectureConveying content through lectures, examples and discussions; demonstration of implementations (pseudo-code) and software
• Software demonstrationsPractical demonstration of implementations (e.g., with Python) for deepening understanding
• Application examplesSmall analytical and numerical examples for illustration

Teaching method

• Lecturepresents the professional content and illustrates typical cases
• Discussiondeepens understanding through interaction with students
• Pseudo-code/implementation examplesshows algorithmic implementation and fosters the ability to develop algorithms
• Software demonstrationscomplement practical aspects of numerical modeling
• Independent literature workmotivates in-depth study of the content outside the lecture