Teaching events
- Basic lecture in the summer semester in cooperation with the LUF
- Overview of the most important basic processes in manufacturing technology, including cutting, forming, joining and coating processes
- Presentation of the key features of the process groups and component-specific selection of manufacturing processes
- Basic lecture in the winter semester
- Introduction to common industrial joining processes
- Introduction to common materials and their properties relevant to various joining processes
- Teaching the basics of selecting suitable joining processes for specific joining tasks in line with applications and requirements
- In-depth lecture in the summer semester
- Overview of the economically and technologically relevant mechanical joining processes for connecting metallic and non-metallic materials and for producing mixed construction methods
- Process technology of mechanical joining processes
- Quality assurance
- Specific application examples
- In-depth lecture in the summer semester
- Overview of the economically and technologically relevant thermal joining processes for joining metallic materials
- Treatment of process engineering fundamentals, the interactions between material, manufacturing and joining properties
- Specific application examples
- In-depth lecture in the summer semester
- Comprehensive overview of industrial adhesive bonding manufacturing processes
- Fundamentals of adhesive-compatible design and calculation methods for the design of adhesive bonds
- Presentation of adhesive-specific parameters influencing the mechanical and physical property profile of adhesive bonds
- Basic lecture in the summer semester
- Influence of corrosion and wear on materials and consideration of associated functional changes in components
- Teaching of the basics of coating processes that can be used to secure and improve functional properties
- Consideration of the technical and economic advantages and disadvantages based on specific application examples
- Part of the master's core module ‘Vehicle Structure’ in the specialisation ‘Vehicle Technology’
- Comprehensive overview of vehicle engineering materials, their suitability for joining and the joining processes used
- Consideration of possibilities and limitations as well as selection, comparison and characterisation of vehicle engineering application-specific joining processes
- Application examples
- Compulsory module for the Bachelor's specialisations ‘Manufacturing Technology and Lightweight Construction with Hybrid Systems’
- Fundamentals of experimental parameter determination and methods for modelling and calculation in LS-Dyna
- Simulative representation of application examples from forming technology
- Determination of input parameters for the simulation model from the experiment
- Construction of a model similar to a real component, load simulation and comparison with experimental tests
